ࡱ>  I<=>?@ABCDEFGH ZO\p Administrator Ba==h\:#8X@"1Arial1Arial1Arial1Arial1[SO1[SO1 h6I{~ Light1,6I{~16I{~16I{~1I{~1I{~1<I{~1>I{~1?I{~14I{~14I{~1 I{~1 I{~1Arial1I{~1I{~1 I{~1I{~1[SO""#,##0;""\-#,##0""#,##0;[Red]""\-#,##0""#,##0.00;""\-#,##0.00#""#,##0.00;[Red]""\-#,##0.007*2_ ""* #,##0_ ;_ ""* \-#,##0_ ;_ ""* "-"_ ;_ @_ .))_ * #,##0_ ;_ * \-#,##0_ ;_ * "-"_ ;_ @_ ?,:_ ""* #,##0.00_ ;_ ""* \-#,##0.00_ ;_ ""* "-"??_ ;_ @_ 6+1_ * #,##0.00_ ;_ * \-#,##0.00_ ;_ * "-"??_ ;_ @_ \$#,##0_);\(\$#,##0\)\$#,##0_);[Red]\(\$#,##0\) \$#,##0.00_);\(\$#,##0.00\)% \$#,##0.00_);[Red]\(\$#,##0.00\)"$"#,##0_);\("$"#,##0\)!"$"#,##0_);[Red]\("$"#,##0\)""$"#,##0.00_);\("$"#,##0.00\)'""$"#,##0.00_);[Red]\("$"#,##0.00\).)_(* #,##0_);_(* \(#,##0\);_(* "-"_);_(@_)72_("$"* #,##0_);_("$"* \(#,##0\);_("$"* "-"_);_(@_)?:_("$"* #,##0.00_);_("$"* \(#,##0.00\);_("$"* "-"??_);_(@_)61_(* #,##0.00_);_(* \(#,##0.00\);_(* "-"??_);_(@_)                                    P  P          a>     ff   `                 x 1 , ||@] X}-}# 00\);_(*}A}$ 00\);_(*;_(@_) }A}% 00\);_(*?;_(@_) }A}& 00\);_(*23;_(@_) }-}' 00\);_(*}A}) a00\);_(*;_(@_) }A}( 00\);_(*;_(@_) }A}4 W00\);_(*;_(@_) }}6 ??v00\);_(*̙;_(@_)    }}5 ???00\);_(*;_(@_) ??? ??? ??? ???}}- }00\);_(*;_(@_)    }A}1 }00\);_(*;_(@_) }}. 00\);_(*;_(@_) ??? ??? ??? ???}-}0 00\);_(*}x}=00\);_(*;_(??? ??? ???}-}/ 00\);_(*}U}* 00\);_(*;_( }A}7 00\);_(*;_(}A} 00\);_(*ef;_(}A} 00\);_(*L;_(}A} 00\);_(*23;_(}A}8 00\);_(*;_(}A} 00\);_(*ef;_(}A} 00\);_(*L;_(}A} 00\);_(*23;_(}A}9 00\);_(*;_(}A} 00\);_(*ef;_(}A} 00\);_(*L;_(}A} 00\);_(*23;_(}A}: 00\);_(*;_(}A} 00\);_(*ef;_(}A} 00\);_(*L;_(}A} 00\);_(*23;_(}A}; 00\);_(*;_(}A} 00\);_(*ef;_(}A} 00\);_(*L;_(}A}  00\);_(*23;_(}A}< 00\);_(* ;_(}A} 00\);_(*ef ;_(}A} 00\);_(*L ;_(}A}! 00\);_(*23 ;_( 20% - @wr 1G 20% - @wr 1 ef % 20% - @wr 2G" 20% - @wr 2 ef % 20% - @wr 3G& 20% - @wr 3 ef % 20% - @wr 4G* 20% - @wr 4 ef % 20% - @wr 5G. 20% - @wr 5 ef % 20% - @wr 6G2 20% - @wr 6  ef % 40% - @wr 1G 40% - @wr 1 L % 40% - @wr 2G# 40% - @wr 2 L˭ % 40% - @wr 3G' 40% - @wr 3 L % 40% - @wr 4G+ 40% - @wr 4 L % 40% - @wr 5G/ 40% - @wr 5 L % 40% - @wr 6G3 40% - @wr 6  L % 60% - @wr 1G 60% - @wr 1 23 % 60% - @wr 2G$ 60% - @wr 2 23 % 60% - @wr 3G( 60% - @wr 3 23 % 60% - @wr 4G, 60% - @wr 4 23f % 60% - @wr 5G0 60% - @wr 5 23 %! 60% - @wr 6G4 60% - @wr 6  23Ў %"~vRk #h+h DTj% $h 1=h 1 DTj%Dr %h 2=h 2 DTj%? &h 3=h 3 DTj%23 'h 4/h 4 DTj%(]5]  %8^ĉ)}Y5}Y  a% *Gl;`GGl;` %DrDr+'^, '^[0] -{o{  }% .hgUSCQfZ021152 ,[Bhg022091 ,ςeP2013088 ,]Nf[ ,lR`021083 ,8^eؚ021066 6CO catalytic oxidation on iron-embedded monolayer MoS2APPLIED SURFACE SCIENCE10.1016/j.apsusc.2014.12.024wS: 328 u: 71-77 0169-4332UMa, Dongwei*Y ,Tang, YananY ,Yang, GuiY ,Zeng, JunY ,He, ChaozhengY ,b܀022045 Ma, DongweibThe mechanisms of oxygen reduction reaction on phosphorus doped graphene: A first-principles studyJournal of Power SourcesN:S10.1016/j.jpowsour.2014.11.1052015 276222-229 0378-7753; _UgSf[ ,b܀*022045 ,NSf021153 ,UN`iY ,lNOY ,hg[.s*021117 CStudy of the eta' -> V e+ e- decay with hidden local symmetry modelChinese Physics C10.1088/1674-1137/39/2/0231022015 392 023102 1674-1137hg`s*021119 ,ĞёfN*Y ,lQQY hg`s100% hg`s,ĞёfNBBandstructure modulation of two-dimensional WSe2 by electric field 2015-02-25Journal of Applied Physics4b[w2015 1178 0843101-6 0021-8979&4b[w*021019 ,s)YtQ021129 ,s\Y ,i_NY ZnS~s|tv4lpl6RYSvQIQPS'`xvz 2015-03-05&CHINESE JOURNAL OF INORGANIC CHEMISTRYRwm^t2015 313 459-464 1001-4861!Rwm^t*2013063 ,eR[Y ,>OY ,>NuY ؚ-NirtYePgyf[el>f'`Syrpve,gRg 2015-03-10-Nf[irtYeNf[-Ne8h_VQlQ_SL 1009-2927HЏO021063 ,lN:_2017067 HЏO cgqS_t^]\OϑnUS8h[ Rir~+RT@b g\O 2019t^4g7Re0hExtensive ab initio calculation on low-lying excited states of SiN+ cation including spin-orbit coupling 2015-03-15European Physical Journal D10.1140/epjd/e2015-50584-y2015 693 591-8 1434-6060Rs*451002 ,~u021172 ,Rf_xf[ VMolecular vibration mode assignment of nematic liquid crystal 5CB on Terahertz spectra 2015-03-27LIQUID CRYSTALSlR`10.1080/02678292.2015.10061512015 427 947-953 0267-8292&HlzSf[ ,sc021144 ,YttY ,lR`*021083 scHlzSpGeometric stability and reaction activity of Pt clusters adsorbed graphene substrates for catalytic CO oxidation 2015-03-29#PHYSICAL CHEMISTRY CHEMICAL PHYSICS10.1039/c5cp00052awS: 17 g: 17 u: 11598-11608GTang, YananY ,b܀022045 ,Chen, WeiguangY ,Li, WeiY ,Dai, Xianqi*Y Dai, Xianqi Tang, YananVStudy on two-dimensional distribution of X-ray image based on improved Elman algorithm 2015-04-02Radiation Measurements 2015 771-4 1350-44870sf܏Y ,0u0NUxY ,Rs*451002 ,Ng~021062 ,uY642028 sf܏IProbing spectator scattering and annihilation corrections in Bs!PV decays 2015-04-24Physical Review D/f10.1103/PhysRevD.91.0740262015 917 0740261-7 1550-7998*8^021142 ,SfOf[ ,Y[O\*021120 ,hg`s021119 Y[O\<Electronic and magnetic properties of Mn-doped monolayer WS2 2015-04-27Solid State Communicationsue 2015 2151-4 0038-10986ue*021122 ,4b[w021019 ,YNe021086 ,s)YtQ021129 ,m_swZY BaTi2Bi2Ov5uP[~gNx'`{irts^m2015,32(1):107-114 1001-246Xs^m021138 , _3tY , _Os^Y ,REuY <Optical properties in wurtzite InGaN staggered quantum wellsModern Physics Letters B?/cΔ2015 2915 15500761-12 0217-9849?/cΔ*021110 ,sss^Y JDynamic dipole polarizabilities for the low-lying triplet states of heliumPhysical Review A _shT10.1103/PhysRevA.92.0125152015 921 0125151-11 1050-2947# _8lgaSf[ ,U=Ns*Y , _shT*021001 ,S^NY U=Ns, _shT _8lgaSAccurate theoretical spectroscopic investigations of the 20 -S and 58  states of O2+ cation including the spin orbit coupling effectMolecular Physics2015 11< 32 120-136 0026-8976'RgaSf[ ,e_R`*2012108 ,Y[ё Y ,1gueu021043 RgaSfModeling the Normal Spectral Emissivity of Aluminum 1060 at 800-910 K During the Growth of Oxide Layer0Journal of Materials Engineering and Performance2015 244 1718-1725 1059-9495'e_R`*2012108 ,QY ,1gueu021043 ,Y[ё Y hModeling the Normal Spectral Emissivity of Red Copper T2 at 800 1,100 K During the Growth of Oxide Layer.Transactions of The Indian Institute of Metals2015 684 601-609 0972-2815mEffect of surface oxidization on the normal spectral emissivity of straight carbon steel at 800 1100 K in AirISIJ International2015 553 697-705 0915-1559Modeling the effect of surface oxidation on the normal spectral emissivity of steel 316L at 1.5 lm over the temperatures ranging from 800 to 1100 K in airInfrared Physics & Technology2015 71370-377 1350-44959Scalar clouds in charged stringy black hole-mirror systemEuropean Physical Journal CNg6q10.1140/epjc/s10052-015-3370-42015 754 1421-6 1434-6044%Ng6q*021149 ,uOdWf[ ,4TtQNSY , _^f021079 SLaser Field Effects on Optical Properties in the Zinc-Blende GaN/AlGaN Quantum Well)Journal of Nanoscience and NanotechnologyqSfNINinfo:doi/10.1166/jnn.2015.97642015 156 4660-4663 1533-4880&qSfNIN021018 ,HSf3Y ,OeyY ,YNe*021086 YNeTheoretical investigation on electron mobility properties of anthracenedicarboximide derivatives based n-type organic semiconductors$Journal of Physics D-Applied PhysicsOgas,Rs10.1088/0022-3727/48/1/0151042015 481 0151041-8 0022-3727Ogas021133 ,Rs*451002 Rs100% OgasvFused thiophene and its periphery fluorinated substitution derivatives: a theoretical study for organic semiconductors$Semiconductor Science and Technology10.1088/0268-1242/30/6/0650022015 306 0650021-10 0268-1242Ogas021133 ,eŖ^tY ,Rs*451002 Ogas100% sDifferent electronic and charge-transport properties of four Organic semiconductors Tetraazaperopyrenes derivativesJournal of Molecular Structure10.1016/j.molstruc.2014.11.0372015 108365-71 0022-2860 eŖ^tSf[ ,Ogas021133 ,Rs*451002 eŖ^tSIsobaric yield ratio difference between the 140A MeV 58Ni + 9Be and 64Ni + 9Be reactions studied by the antisymmetric molecular dynamics model10.1103/PhysRevC.92.0146122015 921 0146121-6 3TN%fnSf[ ,Ogas021133 ,l%fe*021136 , _s=N523036 ,sY TN%fnSSynthesis of spherical Ag/ZnO heterostructural composites with excellent photocatalytic activity under visible light and UV irradiationApplied Surface Science org/10.1016/j.apsusc.2015.07.0122015 355644-6525Rwm^t*2013063 ,s%f021150 , _zY ,ReIQY ,>NuY ,v^>yY In-situ anion exchange fabrication of porous ZnO/ZnSe heterostructural microspheres with enhanced visible light photocatalytic activityJournal of Alloys and Compounds!org/10.1016/j.jallcom.2015.08.0012015 650633-6405Rwm^t*2013063 ,s%f021150 ,UOY ,>Nu*Y ,ReIQY ,v^>yY Rwm^t,>Nuؚ'`~gCuWTё YTW&^ze~gb_bvxvz/z gё^\PgeN] zRare Metal Materials and Engineering R_R2015 4411 2757-2761SR_R*021168 , _Z021151 ,[Bhg022091 ,hgg2015061 ,[INO021164 ,Ξe\021101 ,8^eؚ021066 R_R100% KMelting curves and entropy of melting of iron under Earth s core conditions,Physics of the Earth and Planetary Interiors _eKf0Wf[10.1016/j.pepi.2014.10.0112015 2447 69-77 0031-9201( _eKf*2014103 ,R_R021168 ,R-N)R*Y ,!upNY  _eKf100%  _eKf,R-N)Rex'`:_ze~gCu60Ni40TёW&^v6RYT'`2015 449 2295-2299 61-1154/TGYR_R*021168 ,Ξe\021101 , _Z021151 ,hgg2015061 ,[Bhg022091 ,[INO021164 , _ISY ,8^eؚ021066 KResearch on attenuation characteristics of some inorganic salts in seawater:Journal of the European Optical Society-Rapid PublicationsꖑN,m_s\)http://dx.doi.org/10.2971/jeos.2015.150452015 10150451-5 1990-2573$ꖑNf[ ,m_s\*021016 , _k021104 ,sleY m_s\ꖑNrExperimental research on laser impulse coupling coefficient for metal coating target based on piezoelectric sensorMaterials Research InnovationsEI1https://doi.org/10.1179/1432891715Z.0000000001727KInternational Conference on Materials Research and Engineering (ICMRE 2015)Kuala Lumpur, Malaysia2cWSf[ , _k021104 ,m_s\*021016 ,]yOY ,RTY ,Of_pgY  _kcWSWNLabviewvqQ/cX:_YIQP[5uyIQ1pencǑƖ|~lWS^'Yf[f[b6qyf[Hrygg&ygg021169 , _scY ,jl[Y ,}vHQY ,ѐ^ Y ygg100% WNN!kWUS^y~CQPIDvMPPTc6R5unb/gؚёؚё023055 ,R8lf[ ,1gCQWf[ WNpprtv5uR}lfEQ5uGWac6Rؚё023055 ,1gCQWf[ ,R8lf[ Ny_5uSTw5uAmv~TvMTTP{lxvz 5uR|~ObNc6Rؚё023055 ,NgVbf[ lb,{<{(WIQOS5u2|~v^(uؚё023055 ,lؚ\f[ ,u/UY _CQek^Xϑ5u[l[sMPPTvc6R%10.16366/j.cnki.1000-2367.2015.01.012_Oޘf[ ,lؚ\f[ ,ؚё*023055 _OޘcAdsorption of the water molecule on monolayer graphene surface has effect on its optical properties8IOP Conference Series: Materials Science and EngineeringnfYeg R10.1088/1757-899X/87/1/012101+m_s\*021016 ,sleY ,b܀022045 ,ꖑN2017002 m_s\,sle,ꖑN=Influence of inorganic salts on the refraction index of waterApplied Mechanics and Materials*10.4028/www.scientific.net/AMM.716-717.1183uzSf[ ,m_s\*021016 ,jjY ,ꖑN2017002 , _k021104 uzSO2(WSicBgwXp N8TDN;mS SP[NRP[irtf[b)103969 /j issn 1000-0364. 2015. 10. 024 1000-03649 zmf[ , _Ugf[ ,Of[ ,_VN021115 ,b܀*022045 ,hg[.s021117  zm  ёv N!k-NVKNL-Nf[irtYef[S 1002-218X Oepg*021012 ,HYu[f[ ,ONY ,TNtf[ Oepg100% OepgUS Qv^ϑb\]ؚ|^Ockel5ulyf[f[b10.13443/j.cjors.2014062201 _\t023083 ,SY , _m[2016099  _\t :h"}u0ISSNI{N~_c$OhKmOSvyr_ϑSelxvzdqpb/g10.13301/j.cnki.ct.2015.03.102 _[eSf[ ,Ng` VY , _\t023083  _[eSrzRϑRg(Wbr^pbYt-Nv^(u%10.16366/j.cnki.1000-2367.2015.02.008 _\t023083 , _Y ,1geY Elman9eۏW^y~Q~(WX\~cKmhV-Nv^(u 8h5uP[f[NcKmb/g3se022072 , _jpg*f[ ,0u0NUxf[ ,NgNOf[ ,uOOf[ ,l%fe021136 se _jpgFrom the Surface Reaction Control to Gas-Diffusion Control: Th< e Synthesisof Hierarchical Porous SnO2 Microspheres and Their Gas-Sensing MechanismJournal of Physical Chemistry CsSfuQ10.1021/acs.jpcc.5b013972015 11928 15963-15976 1932-7447fsSfuQ031129 ,sWWf[ ,0uf[ ,hgaTf[ ,sA032160 ,uSfNS031100 ,b܀022045 ,Q031009 ,hgg*441001 ,ZTN*031021 sSfuQ100% hgg,ZTNsSfuQ,sWW,0u,hgaTNOhkSfO~z_&^)Y~N[sKmcb/g10.19708/j.ckjs.2015.06.031 1000-88291yNSO021107 ,hg mY ,>9`iY ,ROZ2013070 ,hgj:_021042 yNSO100% yNSOqProperty analysis and experimental study of the broadband transmission-line transformer in multimode feed network2Open Electrical and Electronic Engineering Journal10.2174/1874129001509010153 1874-1290-yNSO*021107 ,ROZ2013070 ,Ng]sY ,wZwZY ,ѐmY ,{N'`StxvzO2(WTiN4cBgwXp Nv"lSirtf[bActa Physica Sinica 10.7498/aps.64.2161012015 6421 2161011-5 >b܀*022045 ,Ngqf[ , zmf[ ,NgUxf[ , _Ugf[ ,_VN021115 ,hg[.s021117 [Effects of polar and nonpolar on band structures in ultrathin ZnO/GaN type-II superlattices10.1016/j.ssc.2015.08.0182015 22114-172 _R`Sf[ ,YNe*021086 ,-SffY ,s)YtQ021129 ,qSfNIN021018 YNe100%  _R`SWN YTEKF{lv5u`l~vSOC0O 1002-087Xsn021039 ,1gOef[ sn100% sn8hir(xvz^(uǏ z-Nvv{|~5uP[b/g^(u%10.16157/j.issn.0258-7998.2015.11.021 0258-7998sn021039 ,f nf[ WNSTM32v3^c6R|~&10.16157/j.issn.0258-7998.2015.12.005sn021039 ,YONmY ,Xo_:_Y <First-principles study of group V and VII impurities in SnS2!Superlattices and Microstructures10.1016/j.spmi.2015.05.0502015 85664-671 0749-60366YNe021086 ,ue*021122 ,m_swZY , _R`Y ,qSfNIN021018 ,>\tY ue100% WAb initio study on the adsorption of oxygen on Co(111) and its subsurface incorporationEuropean Physical Journal Blm~10.1140/epjb/e2014-50292-02015 881 41-8 1434-60280lm~021140 ,&qgqR*021080 ,s)YtQ021129 ,4b[w021019 lm~100% &qgqRSCoadsorption of gold with chlorine on CeO2 (111) surfaces: A first principles studyChinese Physics B10.1088/1674-1056/24/2/0268012015 242 0268011-7 1674-1056&b܀022045 ,kNsY ,lNOY ,hg[.s*021117 hg[.sNovel catalytic activity for oxygen reduction reaction on MnN4 embedded graphene: A dispersion-corrected density functional theory studyCarbon10.1016/j.carbon.2014.12.0482015 84500-508 0008-6223Jb܀022045 ,_VN021115 ,UOg?e*Y ,s)YtQ021129 ,hgg441001 ,hg[.s*021117 ,lNOY UOg?e,hg[.sgInterlayer coupling effects on Schottky barrier in the arsenene-graphene van der Waals heterostructuresApplied Physics Letters10.1063/1.49356022015 10719 1931071-5 0003-6951+YNe*021086 ,eY ,s)YtQ021129 ,m_swZY ,>\tY eTunable electronic structures in the two-dimension SnX2 (X = S and Se) nanosheets by stacking effects10.1016/j.apsusc.2015.08.2132015 3561200-12061 _R`f[ ,YNe*021086 ,ue021122 ,s)YtQ021129 ,NgNl*Y YNe,NgNl _R`sPd 1/BN as a promising single atom catalyst of CO oxidation: a dispersion-corrected density functional theory study RSC Advances10.1039/c5ra14057a2015 5103 84381-84388Gb܀022045 ,TOf[ ,mf[ ,s"k"kf[ ,sԈUf[ ,Ğgf[ ,UOg?e*Y ,lNOY ,hg[.s*021117 uLarge scale fabrication of well-aligned CdS/p-Si shell/core nanowire arrays for photodetectors using solution methods10.1039/c5cp00679a2015 1726 16784-167909sc*021144 ,Ng_f[ ,fOOf[ ,^cf[ ,\m021146 ,YNe*021086 sc100% sc,YNe:Electronic Structures and Magnetism of CaFeAsH and CaFeAsF(Journal of the Physical Society of Japan10.7566/JPSJ.84.0547082015 845 0547081-6 0031-9015!s^m*021138 ,w$j_Y ,RwmOY ,RRlY s^m100% ^The electronic structure and magnetism of a new layered iron selenide superconductor: LiOHFeSePhysics Letters A10.1016/j.physleta.2015.06.0302015 37936 2106-2109 0375-9601s^m*021138 ,fY ,w$j_Y qImproved propane photooxidation activities upon nano Cu2O/TiO2 heterojunction semiconductors at room temperature?10.1039/c4ra15215h2015 528 22038-22043!s9NSf[ ,XolbY ,s^m021138 ,f_V*Y f_Vs9NS`Adsorption and oxidation of NO on various SnO2 (110) surfaces: A density functional theory study Sensors and Actuators B-Chemical)https://doi.org/10.1016/j.snb.2015.06.1432015 221717-722 0925-4005-_VN021115 , _3tf[ ,UOg?e*Y ,lNOY ,b܀*022045 _VNUOg?e,b܀LTheoretical study of stereodynamicsfor the S+H2 (v=0-2, j=0) ! SH+H reaction(Journal of Atomic and Molecular Sciences10.4208/jams.070515.081115aRf_xf[ ,~u021172 ,Rs*451002 ~uRf_x(+TelSTQ~xQh~lxvzH(~2S)+NH!N(~4S)+H2S^S TMO }He^ 43(5):54-580uN*Y ,~u021172 ,Rf_xf[ 0uNW~Ycelg^O(~3P)+H2SO|1~3A3 vhQ~Rb 43(2):62-67'~u*021172 ,NgZZf[ ,Rf_xf[ ,Rs*451002 ~u,RscAb initio calculation on the low-lying excited statesof BSe(+) cation including spin-orbit couplingR`܏:f[ ,~u*021172 R`܏:N{|Yenr`Q~c6R|~v3z['`Rg10.19708/j.ckjs.2015.03.019#i_021106 ,yg021045 ,4TꖰQ022081 i_100% i_Analytical investigation of an inductive flow sensor with arc-shaped electrodes for water velocity measurement in two-phase flows$Flow Measurement and Instrumentationessj.flowmeasinst.2014.10.019 2015 4190-96 0955-5986ess021156 ,s *021155 s gOptimization of an electromagnetic flowmeter for dual-parameter measurement of vertical air-water flows,Journal of Mechanical Science and Technology10.1007/s12206-015-0618-82015 297 2889-2895 1738-494X%ess021156 ,s *021155 ,lfY ,swmfY ess100% zzv^yr[󗨏ƋNc6R'ess*021156 ,NeY ,hgQY ,Rx^ZY ,hTޘY QDesign and implementation of a multi-sensor system for gas water flow measurement<Australian Journal of Electrical and Electronics Engineering$ess021156 ,s 021155 ,lfY ,swmfY &Effective p-type N-doped WS2 monolayer10.1016/j.jallcom.2015.07.1532015 649357-3616ue*021122 ,YNe021086 ,s)YtQ021129 ,m_swZY ,4b[w021019 uInvestigating spectral red shift mechanism of fluorescent chromophores using time-dependent density functional theory10.4208/jams.072015.082315a 2075-1303< uW=NSf[ ,ZqY ,~eY ,[^*021171 [^uW=NSwm4l-N N TvR4lnm[IQv\yr'`xvz oIQNIQ5uP[f[ۏU\10.3788/LOP52.0101013jjY ,ꖑN*2017002 ,m_s\*021016 , _k021104 ,uzY jj,ꖑNWNyR'`OSPSOvLEACH1u{l%10.16366/j.cnki.1000-2367.2015.04.007 1000-2367 41-1109/Nsn021039 ,]i_~f[ nSynthesis of Two D-p-A Polymers p-Bridged by Different Blocks and investigation of their photovoltaic property"Journal of Applied Polymer Sciencey^ts^doi/10.1002/app.415872015 13210 415871-7 0021-89954y^ts^*021147 ,s[*Y , _QeY , _imtQY , _Y ,lR`021083 y^ts^100% y^ts^,s[First-principles calculations of a promising intermediate-band photovoltaic material based on Co-hyperdoped crystalline siliconApplied Physics ExpresscSf%https://doi.org/10.7567/APEX.8.0813022015 88 0813021-4 1882-07783cSf*2014058 ,[][2014075 ,s8l8l2014059 ,sёQ2014046 cSf100% URadiative Corrections to e+e?!Zh at Future Higgs Factory in the Minimal Dilaton Model%Communications in Theoretical Physicsag10.1088/0253-6102/63/2/112015 632 188-194 0253-6102 ag*021157 ,NgNsY ,hTwmY2015110 ag100% QFine-tuning of polymer photovoltaic properties by the length of alkyl side chains"Chinese Journal of Polymer Sciencedoi: 10.1007/s10118-015-1603-52015 333 490-498 0256-7679:y^ts^*021147 ,sc021144 , _imtQf[ , _Qef[ , _f[ ,8^eؚ*021066 y^ts^,8^eؚdHigh-pressure phase stability, mechanical properties and bonding characteristics of Ti4GeC3 compoundSolid State Sciences(10.1016/j.solidstatesciences.2014.12.0032015 3997-104 1293-2558$&qgqR*021080 ,lm~021140 ,s)YtQ021129  Nv5uSWteAmhV!jW5uSKmc6R5u]b/gf[b*10.19595/j.cnki.1000-6753.tces.2015.16.007 1000-67532ess021156 ,lfY ,swmfY ,/NY ,AyfsY ,s 021155 SElectronic structure and optical properties of Cs2AX'2X4 (A=Ge,Sn,Pb; X',X=Cl,Br,I)10.1063/1.49390162015 512 1272241-7 s^m*021138 ,sN mY ,w$j_Y 0Magnetic and orbital order of K2AgF4 and Cs2AgF4NO)nirtf[b/10.13380/j.cnki.chin.j.lowtemp.phys.2015.03.005 1000-3258s^m021138 ,sN mY , _3tY ,fY WNZigbeevꁛO5uؚSk~e~)n^vKm|~5uKmNNh 1001-1390sn021039 ,s ff[ 8Effects of Si-doping on magnetic properties of Ga1-xCrxN+Journal of Magnetism and Magnetic MaterialshT_aWDOI: 10.1016/j.jmmm.2014.09.0212015 374564-568 0304-8853hT_aW*2013030 ,hg[.s021117 ,R fY hT_aW100% >Microstructure and magnetic properties of In1-xCrxN thin films-Materials Science in Semiconductor ProcessingDOI: 10.1016/j.mssp.2014.11.0352015 31147-152 1369-8001:hT_aW*2013030 ,swm021109 ,[rwZf[ ,Hle>Nf[ ,hg[.s021117 ,R f*Y hT_aW,R fSStructural defects in pristine and Mn-doped monolayer WS2: A first-principles study10.1016/j.spmi.2015.06.0072015 85339-347/ue*021122 ,4b[w021019 ,YNe021086 ,s)YtQ021129 jEffect of structural defects on electronic and magnetic properties of pristine and Mn-doped MoS2 monolayer10.1016/j.ssc.2015.07.0032015 22031-35/ue*021122 ,YNe021086 ,s)YtQ021129 ,4b[w021019 SMagnetic properties of two nearest Cu-doped monolayer WS2: A first-principles study10.1016/j.ssc.2015.05.0182015 21766-69#ue*021122 ,4b[w021019 ,YNe021086 _Responses of the topological surface states to Mn-covered on topological insulators Bi2Se3 film10.1016/j.ssc.2014.10.0352015 20346-50ue*021122 ,4b[w*021019 ,u[Y ue,4b[w5Hybrid tapered silicon nanowire/PEDOT:PSS solar cells2015 514 10310-10317,ySf[ ,sc*021144 ,Rwm^t2013063 ,lR`*021083 sc,lR`ySHImpact of top-Higgs couplings on Di-Higgs production at future collidersJournal of High Energy PhysicsR[2015 1 0081-16 1029-8479"R[*Y ,~ggf[ ,hgpe*2014115 ,ёY hgpeR[,hgpe;Constraining top partner and naturalness at the LHCand TLEPNuclear Physics B2015 890388-399 0550-32134bbY ,ArchilKobakhidzeY ,R[Y ,fkY ,hgpe*2014115 bbcOne-loop QCD correction to top pair production in the littlest Higgs model with T-parity at the LHCEPL2015 1111 110011-5 0295-5075hgpe*2014115 ,R[021158 dEnhancing tthh production through CP-violating top-Higgs interaction at the LHC and future colliders10.1007/JHEP09(2015)0082015 9 0089-16  _^f021079 ,ё_Y ,hgpe*2014115  _^fTSUSY-QCD Effects in Top Quark Pair Production in Association with a Gluon at the ILC10.1088/0253-6102/64/2/1662015 642 166-170 _^ff[ ,R[*021158 hSingle-top and Higgs associated production via the tH(b) and tHW(-) channels at the LHC in the LHT model doi: 10.1209/0295-5075/110/210012015 1102 210011-5  _^f*021079 ,hgpe2014115 bAssociated production of single top and Higgs at the LHC in the littlest Higgs model with T-parity2015 4 1481-11 hgpe*2014115 ,ёY ,R[021158 WA Model Comparison Study of Fragment Production in 140 A MeV Ni-58,Ni-64+Be-9 ReactionsChinese Physics Letters10.1088/0256-307X/32/7/0725012015 327 0725011-5 0256-307X!l%fe*021136 , _s=Nf[ ,sf[ ,TN%fnf[  N TSSOUSCQv$N*NZTirIQO'`(  g:gSf[Chinese Journal of Organic 2015 3512 2583-2588 y^ts^*021147 ,?QY ,s9N0NY ,Y\YY Cu2ZnSnS4~s|vfvTbTh_s)YtQ021129 ,NgY ,HVY s)YtQANeutron-induced reactions on AlF3 studied using the optical modelfNuclear Instruments & Methods in Physics Research Section B-Beam Interactions With Materials And Atoms10.1016/j.nimb.2015.04.0602015 356-35742-45 0168-583X(l%fe*021136 ,TZf[ , _V:_Y ,s[OY ,] VeY YPgeBi1-xCaxFeO3vN5u0xyr'`Tؚ)nxvS[Bhg10.7498/aps.64.2475022015 6424 2475021-10 11-1958/O4/[Bhg022091 ,ςeP2013088 , _Z021151 ,8^eؚ*021066 uNO5uxlelb0Wxf&[r g0u021113 ,Ng9N9NY ,NgsY ,MOfNQY ,k8ltQY [r g0u7Elastic low-energy electron collisions with methylamine10.4208/jams.071315.081515asKQ h021141 ,_[>Nf[ sKQ hcvz_Yef[l(W'Yf[irtYef[-Nv gHe^(ueaNf[bf[bCN 2095-7726 41-1430/Z [INO*021164 [INO100% [INOrPhase transition in orthorhombic perovskite Sm1-xLuxMnO3: Evidenced by the emergence of ferroelectric polarization _Z2015 11717 17D9131-4 8 _Z021151 ,c^*Y ,RQY ,NSf021153 ,8^eؚ021066 ,ROf*Y < c^,ROfThe origin of the low efficiency of carbon removal from the nickel/yttrium stabilized zirconia triple-phase boundary by adsorbed water.https://doi.org/10.1016/j.jpowsour.2015.01.0262015 279224-230 _\ff[ ,hg[.s*021117  _\faTime domain analysis of superradiant instability for the charged stringy black hole-mirror system10.1016/j.physletb.2015.09.0732015 750520-527Ng6q021149 ,0uY , _[[*Y ,uOdWf[  _[[XNumerical study of superradiant instability for charged stringy black hole-mirror system10.1016/j.physletb.2014.12.0072015 740317-321Ng6q*021149 ,uOdWf[ RThe electronic transport properties of graphene-like beryllium sulfide nanoribbons2015 37932-33 1837-1841<[INO*021164 ,s)YtQ021129 ,NSf021153 ,ZitQ=N021057 ,_VN021115 \Negative differential resistance and rectification effects in step-like graphene nanoribbonsOrganic Electronics2015 1712 262-269 1566-1199[[INO*021164 ,sKQ h021141 ,hg-NY ,R_R021168 ,>IQ^t021085 ,&qgqR021080 ,s)YtQ021129 ,_VN021115 RSpin-dependent electronic transport properties of zigzag silicon carbon nanoribbon2015 5129 107136-107141W[INO*021164 , _hTf[ ,HzOY ,YNe*021086 ,s)YtQ021129 ,NSf021153 ,&qgqR021080 ,_VN021115 [INO,YNexUnderstanding on the carbon deposition on the Nickel/Yttrium Stabilized Zirconia anode caused by the CO containing fuels.https://doi.org/10.1016/j.jpowsour.2015.01.0742015 279759-765 _\ff[ ,hg[.s*021117 ,sf3Y kGrowth mechanism and controllable synthesis of graphene on Cu Ni alloy surface in the initial growth stagesNSf10.1016/j.physleta.2015.03.0092015 34920-21 1361-1365NSf021153 , _!`f[ ,hg[.s*021117 NSf100% MThe sulfur poisoning of the nickel/oxygen-enriched yttria-stabilized zirconia0http://dx.doi.org/10.1016/j.jpowsour.2015.05.0442015 293635-641 _\ff[ ,Nck3Y ,hg[.s*021117 The Polymerization Effect on Synthesis and Visible-Light Photocatalytic Properties of Low-Temperature -BiNbO 4 Using Nb-Citrate PrecursorNanoscale Research Letterswml10.1186/s11671-015-1165-z2015 104571-5 1556-276X6wml*2013059 ,T[~hTY ,s[sf[ ,Ng~Yf[ , _0u0uf[ ,Ng1rNY ,4TY QQg-Nf[irtYe^Yef[O_vgRg  NlWSw:NO Yef[N{ttHr 1004-5872 \g1rga021108 \g1rgaؚ^b!hLMRirtYe^NN }{Qvsr0S^irtYe^ 1002-042XNR_SS\EeNSvQ(WirtYef[-Nv^(u\g1rga021108 ,Hf[ RAb initio study on the mechanical and electronic propertie of the Ti1-xNbxN alloys10.1140/epjb/e2014-50787-62015 882 331-6 &qgqR*021080 ,vOޘf[ jTuning the catalytic activity of Ag Pd alloy cluster for hydrogen dissociation by controlling the Pd ratio'Computational and Theoretical Chemistry,https://doi.org/10.1016/j.comptc.2015.08.0112015 107139-45 2210-271XTheoretical study of iron acyl complexes modeling the active site of [Fe]-hydrogenase: Solvation effects play a significant role10.1016/j.comptc.2015.04.0142015 106445-50/NggckSf[ ,N_:_Y , _{~N2014141 ,Rs*451002 ,s8l*Y  _{~NRs,s8lNggckSUSuperradiant Instability of D-Dimensional Reissner-Nordstrom Black Hole Mirror System10.1088/0253-6102/63/5/5692015 635 569-574Ng6q*021149 ,uOdWf[ , _^f021079 DModulational instability of spinor condensates in an optical latticeѐlQs^2015 635 565-568ѐlQs^*021105 ,{e)YY ,hgssY #BESIII Neta-> gamma pi+ pi- Ǐ zNuP[vxvzWS3^f[bf[b 1671-6132"Sfle*f[ ,ĞёfNY ,NgOZf[ ,Y[O\*021120 Sfle,Y[O\Sfle(uQCDVP[SelxvzJ/psi->DP,DVǏ z%10.16366/j.cnki.1000-2367.2015.05.006(hg`s*021119 ,H=N=Nf[ ,Ngwmqf[ ,")RZf[ ,ĞёfNY RySϑl(WϑP[Rf[-Nv^(uY[O\*021120 ,hg`s021119 ,ĞёfNY Y[O\,hg`spConstraints on hard spectator scattering and annihilation corrections in Bu,d!PV decays within QCD factorization10.1016/j.physletb.2015.03.0012015 743444-450*Y[O\021120 ,8^*021142 ,SfOf[ ,hg`s021119 8J/psi -> DP, DV decays in the QCD factorization approach)International Journal of Modern Physics A10.1142/S0217751X155009432015 3016 15500941-15 0217-751X2Y[O\*021120 ,H=N=Nf[ ,8^*021142 ,ĞёfNY ,hg`s021119 Y[O\100% Y[O\,8^,Study on the upsilon(1s) -> Bc M weak decaysAdvances in High Energy Physics10.1155/2015/6912612015 20156912611-8 1687-73577Y[O\021120 ,H=N=Nf[ ,sZY ,8^*021142 ,ĞёfNY ,hg`s021119 7Bc -> BP, BV decays with the QCD factorization approach10.1155/2015/1043782015 20151043781-10 )Y[O\021120 ,sZY ,8^*021142 ,hg`s021119 #Study on upsilon(ns) -> Bc M decays1Journal of Physics G-Nuclear and Particle Physics10.1088/0954-3899/42/10/1050052015 4210 1050051-10 0954-38997Y[O\021120 ,H=N=Nf[ ,sZY ,ĞёfNY ,hg`s021119 ,8^*021142 @Upsilon(1s) -> Bc pi, Bc K decays with perturbative QCD approach10.1103/PhysRevD.92.0740282015 927 0740281-7 8Y[O\021120 ,NgRf[ ,hg`s*021119 ,Ngwmqf[ ,8^021142 , __nY SEffect of Cu doping on the catalytic activity of Fe3O4 in water-gas shift reactions10.1016/j.ijhydene.2014.12.0632015 405 2193-21986NSf021153 ,sۏwf[ , _Z021151 ,[INO021164 ,hg[.s*021117 <Electron collisions with the H2CNH using the R-matrix method10.1140/epjd/e2015-50766-72015 693 781-7 sKQ h*021141 ,_[>Nf[ ,]tsO*Y sKQ h,]tsOdCross-section calculations for electron scattering from ketene in low energies using R-matrix method9Journal of Physics B-Atomic Molecular And Optical Physics10.1088/0953-4075/48/15/1552022015 4815 1552021-7 0953-4075%sKQ h*021141 ,_[>Nf[ ,Rs451002 ,Y[ё Y pAssessment of density functionals and force field methods on anion  interaction in heterocyclic calix complexesTheoretical Chemistry Accounts10.1007/s00214-015-1616-82015 1342 51< -6 1432-881XsKQ h*021141 ,T^Y ,ׂQ0Y mT̃SuF|agNOSSR'`NOZ|4lς|0hP[|vKm[VnSQNyf[=RΏ%fSf[ ,f[Y , _^e041070 , _Z021151 ,kgpgY ,RuY ,H^Q041101  _^e)YlƉݍY_OSGWaelxvzsSΏSf[ , _m[2016099 , _\t023083  _m[8h5uwR^[{|"lSP[W`ϑ{vq_T _\ofSf[ , _8lgaY , _shT021001 MA theoretical study about three organicsemiconductor based on oligothiopheneseŖ^tSf[ ,Ogas021133 RSOPnqQ\g>e'Y5uY`RgvYef[cvzؚ^tyf[ R4TꖰQ022081 , _ggY ,hgj:_021042 4TꖰQYbkPWh| NPWMteAmhVvc6RSlePV{euAyfsY ,lfY ,swmfY eThe Core/Shell Structure of CdSe/ZnS Quantum Dots Characterized by X-Ray Absorption Fine SpectroscopyJournal of Nanomaterials2015 2015ID 7647121-7 1687-4110!OOYY ,hTYY , _gZY ,s^:_Y ,ёuZ*Y ёuZOOY" cgqS_t^]\OϑnUSpenc 2019t^4g7Re0yOez 7Rbf[!hǏjOptical performance of cadmium sulfide/silicon nanowire heterostructure arrays prepared by SILAR techniqueNanomaterials and Energy=hgwmR021137 ,fOOY ,sc021144 ,ݐ^tNY ,[Bhg022091 ,8^eؚ021066 hgwmRƀ>um^(uNP3HT:PCBMZTirIQOhVNxvzmvfN>f:y2YttSf[ ,Rwm^t2013063 ,NghY ,sc021144 ,lR`021083 The weakening or enhancing of N-HOintermolecular hydrogen bond in different solventsrevealed by density functional calculationsNgNSf[ ,Rs451002 )R(uPowerPointoNvR;uRR [[*L Yef[`X NgtQkY ,~ޘY l^>ene_[ZnO5Rb_vq_TN]vfSOf[b,Rwm^t2013063 ,l*mj_Y ,s%f021150 ,>OY ,>NuY CrTMocBg[USB\WSe2&^~gq_Tv,{N'`StxvzRPgeQWWY ,4b[w021019 ,s)YtQ021129 @Photovoltaic effect in iron-based SmO0.7F0.3FeAs superconductors 2015-04-302015 4821 2153081-6 &hggSf[ ,R_R021168 ,闦hZY ,8^eؚ*021066 hggSAPhotovoltaic effect in iron-based SmO0.7F0.3FeAs superconductors$JOURNAL OF PHYSICS D-APPLIED PHYSICS 48/215308+hgg*2015061 ,R_R021168 ,闦hZf[ ,8^eؚ021066 KbR7Re 2019.5.4gResidue coulomb interaction among isobars and its influence in symmetry energy of neutron-rich fragment 2015-05-062015 643 334-340-l%fe*021136 ,sf[ , _s=Nf[ ,uzf[ ,Ogas021133 RAn Investigation on gamma induced activation reactions on human essential elements 2015-06-20Nuclear Science and Techniques"10.13538/j.1001-8042/nst.26.0305032015 263 0305031-4 1001-8042)TZSf[ ,l%fe*021136 ,RNtf[ , _e\Y ,] VeY TZSFOrigin of photovoltaic effect in superconducting YBa2Cu3O6.96 ceramics 2015-06-23Scientific Reportshgg,8^eؚ~T'`g R2015 5115041-8 2045-23225Explanation of the ATLAS Z-peaked excess in the NMSSMfOpgDOI: 10.1007/JHEP06(2015)1522015 6 1521-17 &fOpg*021038 ,\NN2016044 ,hgёlY , _3Y SSynthesis of V2O51.6H2O graphene composite and its application in supercapactitors 2015-07-02'JOURNAL OF SOLID STATE ELECTROCHEMISTRY2015 1910 3131-3138 1432-8488|Single Pt atom stabilized on nitrogen doped graphene: CO oxidation readily occursvia the tri-molecular Eley Rideal mechanism10.1039/c5cp01922b2015 1730 20006-20013K _UgSf[ ,b܀*022045 ,_VN021115 ,s)YtQ021129 ,lNOY ,hg[.s*021117 ,hgg441001 _CO catalytic oxidation on Al-doped graphene-like ZnO monolayer sheets: a first-principles study 2015-07-10 JOURNAL OF MATERIALS CHEMISTRY C10.1039/c5tc02071awS: 3 g: 38 u: 9964-9972 2050-7526kMa, DongweiY ,Wang, QinggaoY ,Li, TingxianY ,Tang, ZhenjieY ,Yang, GuiY ,He, Chaozheng*Y ,b܀022045 He, Chaozheng]Microsolvation of libo2 in water: anion photoelectron spectroscopy and ab initio calculations 2015-07-1510.1039/c5cp00020c2015, 17, 9135&ftY ,OؚxY ,[^021171 ,_[IQY ,ѐeQ*Y ѐeQftEm'Yf[irtNw[Yef[v)RN _ў_lybOo`20/66 1673-1328sse*Y ,swm021109 swm100% sse>ATLAS Z-peaked excess in the MSSM with a light sbottom or stop10.1103/PhysRevD.92.0750082015 927 0750081-5 $?N.y]lY ,R[*021158 ,fk*Y ,hgёlY R[100% R[,fk?N.y]l300~1123k ܔ~YIQ1S\syr'`xvz 2015-08-01"SPECTROSCOPY AND SPECTRAL ANALYSIS(10.3964/j.issn.1000-0593(2015)08-2159-052015 358 2159-2163 1000-0593& _QNSSf[ ,NdW2013045 , _\Y ,Rs*451002 NdW _QNSSFacile synthesis of silver@carbon nanocable-supported platinum nanoparticles as high-performing electrocatalysts for glycerol oxidation in direct glycerol fuel cells. 2015-08-05GREEN CHEMISTRY}vck[10.1039/c5gc01243k2016 18386-391 1463-9262J}vck[031165 ,wOeY , _\f2016025 , _^2014016 ,hgg*441001 ,hg[.s021117 , _ENO*Y }vck[100% hgg, _ENOgAccurate predictions of spectroscopic and molecular properties of 27 -S and 73  states of AsS radical 2015-08-07BSPECTROCHIMICA ACTA PART A-MOLECULAR AND BIOMOLECULAR SPECTROSCOPY2015 15330-44 1386-1425.e_R`*2012108 ,[\[ÍY ,[rv[Y ,Y[ё Y ,1gueu021043 fAccurate predictions of spectroscopic andmolecular properties of 27 -S and 73  states of AsS radical2016,15330-44aHollow PdCu nanocubes supported by N-doped graphene: A surface science and electrochemical study. 2015-08-12(INTERNATIONAL JOURNAL OF HYDROGEN ENERGY10.1016/j.ijhydene.2015.08.0292015 4041 14305-14313D}vck[031165 ,[rtY , _^2014016 ,Q~ZY ,hgg*441001 ,hg[.s021117 ,H_O*Y hgg,H_OKGraphyne as a promising substrate for the noble-metal single-atom catalysts 2015-09-05CARBON10.1016/j.carbon.2015.09.008wS: 95 u: 756-765gMa, D. W.Y ,Li, TingxianY ,Wang, QinggaoY ,Yang, GuiY ,He, Chaozheng*Y ,Ma, BenyuanY ,b܀022045 Ma, D. W.aModulation of magnetic properties of bilayer SnSe with transition-metals doping in the interlayer 2015-09-15 Physica E2016, 75:106-111 1386-9477*s\Y ,NgO021032 ,s)YtQ021129 ,4b[w*021019 NgOs\1Study of Nonleptonic Bq*!DqV and PqD* weak decays 2015-09-2910.1155/2015/7675232015 20157675231-8 18^021142 ,SfOf[ ,Y[O\*021120 ,sSf3tf[ ,hg`s021119 QTerahertz absorption spectra and potential energy distribution of liquid crystals 2015-09-30CSpectrochim< ica Acta Part A: Molecular and Biomolecular Spectroscopy)https://doi.org/10.1016/j.saa.2015.09.0242016,?153:741-745%HlzY ,sc021144 ,Y22Y ,lR`*021083 Hlz_Study of nonleptonic B-(s)* -> M1M2 (M = D, D-s, pi, K) weak decays with factorization approach10.1142/S0217751X155016262015 3027 15501621-13 8^*021142 ,Ngeef[ ,SfOf[ ,3tf[ mTD-DFT study on electron transfer mobility and intramolecular hydrogen bond of substituted indigo derivatives 2015-10-01Chemical Physics Letters10.1016/j.cplett.2015.08.0122015 63872-77 0009-2614&lpf[ ,Nggaf[ ,hgRRf[ ,NgNf[ ,Rs*451002 lp>Interpreting the galactic center gamma-ray excess in the NMSSM 2015-10-06DOI: 10.1007/JHEP10(2015)0302015 10 0301-33 -fOpg*021038 ,\NN2016044 ,4TWeY ,hgёlY , _3Y Calculations of 21 -S and 42  states of BC molecule: Potential energycurves, spectroscopic parameters and spin-orbit coupling effect 2015-10-092016,153722-734&OY ,e_R`*2012108 ,Y[ё Y ,1gueu021043 OHElectronic properties of the SnSe metal contacts: First-principles study 2015-10-14CHINESE PHYSICS B10.1088/1674-1056/24/11/1173082015 2411 1173081-5 &4b[w*021019 ,s\Y ,NgO*gw ,s)YtQ021129 IResistance to sulfur poisoning of Ni-based alloy with coinage (IB) metals 2015-10-222015 3571785-1791!SfWSf[ , _\f2016025 ,hg[.s*021117 SfWSOExplanation of the ATLAS Z-peaked excess by squark pair production in the NMSSM 2015-10-27DOI: 10.1007/JHEP10(2015)1782015 10 1781-15 VBandgap engineering of different stacking WS2 bilayer under an external electric field 2015-11-022016 22532-37ENgO021032 ,s)YtQ021129 ,4b[w*021019 ,s\Y ,i_NY ,lN:_2017067 ,8^YYY BInteractions of small platinum clusters with the TiC (001) surface 2015-11-092015 11818 1853011-8 'k^QSf[ ,NgllY ,ZitQ=N021057 ,hg[.s*021117 ZitQ=Nk^QSSTDDFT Study on Excited-State Hydrogen Bonding of 2 '-Deoxyguanosine in H2O Solution 2015-12-01#CHINESE JOURNAL OF CHEMICAL PHYSICS 10.1063/1674-0068/28/cjcp15040862015/28/6/721-726 1674-0068 NgNf[ ,Nggaf[ ,hgRRf[ ,Rs*451002 NgNrImproved Thermometer from Intermediate Mass Fragments in Heavy-Ion Collisions with Isobaric Yield Ratio Difference10.1103/PhysRevC.92.0646012015 926 0646011-7 !l%fe*021136 ,Nuuf[ ,TN%fnY ,fUIQY g\IQhzSO>f:yv2Npb^lWS^'Yf[f[b(6qyf[Hr) 43/06/50-53'Ng\e021154 ,s1r~*Y ,vׂׂf[ ,fOef[ ,^cf[ Ng\es1r~vImproved device lifetime in organic light emitting devices by using a solution-processed mixing single layer structure 2015-12-04.JOURNAL OF PHOTOPOLYMER SCIENCE AND TECHNOLOGY2015 284 595-599 0914-9244,?/cΔ*021110 ,sss^Y ,hgeO022046 ,s^Y , _YeY cPhotoinduced excited state intramolecular proton transfer and spectral behaviors of Aloesaponarin 1 2015-12-05BSpectrochimica Acta Part A-Molecular and Biomolecular Spectroscopy10.1016/j.saa.2015.07.0462015 151814-820XB-s(0)-(B)over-bar(s)(0) mixing within minimal flavor-violating two-Higgs-doublet models 2015-12-1510.1140/epjc/s10052-015-3813-y2015 7512 5941-9 8^021142 ,NgWyf[ ,Nge:_*Y Nge:_<Study of Y(ns) -> Bc P decays with perturbative QCD approach 2015-12-1710.1016/j.physletb.2015.10.018 751/~/171 0370--26937hg`s021119 ,Y[O\*021120 ,f[ ,NgRf[ ,ĞёfNY ,8^021142 =KbR7Re 2019.5.4 https://doi.org/10.1016/j.physletb.2015.10.018kCoherent control of interfering wave packets in dissociating HD+ molecules:the role of phase and delay time laser physics2016,26:025301 1054-660X-ygg*021169 , _ΞΞf[ ,f[QY , _shTY ,Rs451002 D-DFT Study of the Double Excited-State Intramolecular Proton Transfer Mechanism of 1,3-Bis(2-pyridylimino)-4,7-dihydroxyisoindole 2015-12-24JOURNAL OF PHYSICAL CHEMISTRY A10.1021/acs.jpca.5b094302015/119/51/12686-12692 1089-5639 lpf[ ,hgRRf[ ,Nggckf[ ,Rs*451002 gSingle top partner production in the Higgs to diphoton channel in the Littlest Higgs Model with Tparity 2015-12-31PHYSICS LETTERS B2016 753664-669'R[*021158 ,fk*Y ,hgpe*2014115 , __[Y R[,fk,hgpe{Modeling and Predicting the Effect of Surface Oxidation on the Normal Spectral Emissivityof Aluminum 5052 at 800 K to 910 K 2016-01-04 2016, 37:2'e_R`*2012108 ,QޘY ,1gueu021043 ,Y[ё Y zCalculation on frequency and temperature properties of birefringenceof nematic liquid crystal 5CB in terahertz bandZezhang 2016-01-07CHEMICAL PHYSICS LETTERS.http://dx.doi.org/10.1016/j.cplett.2016.01.0042016,645:205 209HlzY ,=NZY ,lR`*021083 DStrain-dependent electronic and magnetic properties of Au-doped WS 2 2016-01-1010.1016/j.ssc.2016.01.0072016,230:35-396HOf[ ,ue*021122 ,s)YtQ*021129 ,4b[w021019 ,YNe021086 ue,s)YtQHO<The Y(nS) -> BcDs, BcDd decay with perturbative QCD approachPhysics letter B10.1016/j.physletb.2015.11.0532016, 752 322-3288Y[O\021120 ,hg`s*021119 ,NgRf[ ,Ngwmqf[ ,8^021142 ,ĞёfNY :study of the psi(1S,2S) and etac(1S,2S) weak decay into DM 2016-01-20Advances in high energy physics10.1155/2016/50716712016, 2016: 50716711Y[O\021120 ,hg`s*021119 ,ĞёfNY ,H=N=Nf[ ,8^021142 !study on the Y(1S) -> Bc Ds decay 2016-02-0110.1016/j.nuclphysb.2016.01.0042016, 903: 374-386>Y[O\021120 ,hg`s*021119 ,NgRf[ ,Ngwmqf[ ,sZY ,8^021142 ,ĞёfNY 5Closing up a light stop window in natural SUSY at LHC 2016-02-042016 755: 76-81,?N.y]lY ,R[*021158 ,fk*Y ,hgёlY , __[*Y R[,fk, __[nA scaling phenomenon in the difference of Shannon information uncertainty of fragments in heavy-ion collisions 2016-02-091JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS10.1088/0954-3899/43/4/0451022016 434 045102<l%fe*021136 ,[N9Nf[ ,TN%fnf[ ,sf[ ,Ogas021133 ,lYOR*Y ,fUIQY l%fe,lYORaEffect of Quench Treatment on Fe/Mo Order and Magnetic Properties of DoublePerovskite Sr 2 FeMoO6 2016-02-10CHINESE PHYSICS LETTERS10.1088/0256-307X/33/2/0261012016,33(2)026101&s%f*021150 ,]Nf[ ,s>fZ021152 ,RNtf[ Modulating electronic, magnetic and chemical properties of MoS2 monolayer sheets by substitutional doping with transition metals 2016-02-1810.1016/j.apsusc.2015.12.142wS: 364 u: 181-189Ma, DongweiY ,Ju, WeiweiY ,Li, TingxianY ,Zhang, XiweiY ,(He, Chaozheng*Y ,Ma, BenyuanY ,Tang, Ya< nanY ,b܀022045 ,hg[.s021117 (He, ChaozhengFHigh-piezoresistive sensitivity of silicone matrix composites with low 2016-02-22Materials Letters\m2016 171252-254 0167-577X+NgwZY ,R_R021168 ,s)YtQ021129 ,\m*021146 NgwZEffect of the surface oxidization and nitridation on the normal spectral emissivity of titanium alloys Ti 6Al 4V at 800 1100 K at a wavelengthof 1.5 lm 2016-02-26INFRARED PHYSICS & TECHNOLOGY2016 76200-205'1gepgY ,e_R`*2012108 ,1gueu021043 ,Y[ё Y 1gepg\Interpreting the 750 GeV diphoton excess by the singlet extension of the Manohar Wise model?#DOI: 10.1016/j.physletb.2016.02.0452016 755 ( 456 463)1-8 0370-2693?4fOpg*021038 ,bbY ,\NN2016044 ,ςOY ,hgёlY , _3*Y fOpg, _3dInvestigation of the magnetic nickel nanoparticle on performance improvement of P3HT:PCBM solar cell 2016-03-070APPLIED PHYSICS A-MATERIALS SCIENCE & PROCESSING2016,?122(4):1-7 0947-83960yY ,sc021144 , _NNY ,hgxY ,Ng Y ,lR`*021083 yPFirst-principles study of O-2 adsorption on Al-doped ZnO(10(1)over-bar0) surface 2016-03-11 SENSORS AND ACTUATORS B-CHEMICAL10.1016/j.snb.2015.10.029wS: 224 u: 372-380UMa, DongweiY ,Wang, ZhiY ,Cui, HaitaoY ,Zeng, JunY ,He, Chaozheng*Y ,b܀022045 >Effcts of solvent polariy and hydrogen bonding on coumarin 500 2016-03-22Journal of Molecular Liquids2016,218:670-675 0167-7322NgNY ,NggckY ,Rs*451002 >Testing the light dark matter scenario of the MSSM at the LHC? 2016-03-31JOURNAL OF HIGH ENERGY PHYSICSDOI: 10.1007/JHEP03(2016)2072016 03 (207)1-24 1029-8479?.fOpg*021038 ,:hgPNf[ ,\NN2016044 ,ςO*Y , _3*Y fOpg,ςO, _3_750 GeV diphoton resonance in a vectorlike extension of Hill model at a 100 TeV hadron collider 2016-04-07)INTERNATIONAL JOURNAL OF MODERN PHYSICS A2016 31(25): 1-14R[*021158 ,s[Y , __[Y ,ѐwY iAccurate spectroscopic calculations of 21 electronic states of ClO radicalincluding transition properties 2016-04-092016 165:90-98'skkY ,e_R`*2012108 ,Y[ё Y ,1gueu021043 skk=Electronic and magnetic properties of Ag-doped monolayer WS 210.1016/j.jallcom.2016.04.0952016,680659-664ZElectron-impact excitation and ionization of atomic boron at low and intermediate energies 2016-04-192016 935 052715 2469-9926,sKQ h*021141 ,O.ZatsarinnyY ,K.Bartschat*Y sKQ h,K.BartschatQLow-energy photodetachment of Ga? and elastic electron scattering from neutral Ga10.1103/PhysRevA.94.0234022016 942 023402+sKQ h*021141 ,O.ZatsarinnyY ,K.BartschatY Density functional study on the mechanism for the highly active palladiummonolayer supported on titanium carbide for the oxygen reduction reactionThe Journal of Chemical Physics10.1063/1.49524162016,144(20):204703-204715 0021-96068k^Q484018 ,NgllY , _\f2016025 ,ZitQ=N021057 ,hg[.s*021117 k^QfBand structure engineering in a MoS2/PbI2 van der Waals heterostructure via an external electric field2016 1828466-28473VlN:_2017067 ,ue021122 ,s)YtQ021129 ,NgO021032 ,s\Y ,8^YYY ,NgOY ,uf[Y ,4b[w*021019 lN:_qNovel Ag@C nanocables supported Pd anodes and its implication in energy conversion using direct liquid fuel cellsAPPLIED ENERGY10.1016/j.apenergy.2016.04.0332016 175429-434 0306-2619D}vck[031165 ,Ğ9hY ,wOeY , _^2014016 ,hgg441001 ,hg[.s*021117 , _ENO*Y hg[.s, _ENO[High-piezoresistive sensitivity of silicone matrix composites with low metal filler contentMATERIALS LETTERS Yuting Li$doi.org/10.1016/j.matlet.2016.02.093 171,252-2542Yuting Li*gw ,Zhiyong Liu*gw ,s)YtQ*gw ,\m*021146 NStudy of(B)over-bar(d,s)*(0) -> Dd,s+M- Decays with QCD Factorization Approach10.1155/2016/38637252016/2016/386372508^*021142 ,SfOf[ ,8^TY ,Y[O\021120 ,hg`s021119 b8O^S[USB\MoTe25uP[~gvq_TExxvf[b$10.14062/j.issn.0454-5648.2016.07.042016 44 7 942-947 0454-5648ue021122 ,HOf[ , _*Y  _7An improved thermometer for intermediate mass fragments?Nuclear Science and TechniquesNuu,l%fe10.1007/s41365-016-0142-2 2016 27 132Nuuf[ ,l%fe*021136 Nuu[Tuning anisotropic electronic transport properties of phosphorene via substitutional doping10.1039/c6cp04508a2016,18(37):25869-258787i_021106 ,YNe021086 ,e=Nf[ ,s)YtQ021129 ,Rs*451002 MA first principles study of O 2 dissociation on Pt modified ZrC (100) surface10.1016/j.cplett.2016.02.0582016,649:141-147 _UgY ,b܀022045 ,hg[.s*021117  _UgUResearch on charge-transport properties of TTF TTP derivatives and organic interfaces10.1039/c6ra07360c2016,62(6):57057-57068eŖ^tY ,Ogas021133 ,Rs*451002 eŖ^tA theoreticalstudy of charge-transport parameters for a hydrogen-bonded organic semiconductor:the indigo and s-indaceno [1,2-b:6-b] dithiophene-4,9-dione derivatives10.1088/0268-1242/31/6/0650162016,31:065016Ogas021133 ,eN^tY ,Rs*451002 YEnhanced electrical transport by texture modulation and co-doping forCa3Co4O9+d materialsResults in Physics10.1016/j.rinp.2016.04.0082016 6203-208 2211-3797-R_R021168 , _ޘO*Y , _ENtQY , _k2015074 ,nhY  _ޘOZSulfur ion-induced shape evolution of Ag nanocrystals by microwave-assisted polyol process10.1016/j.matlet.2015.11.0602016 164 647 6506R_R*021168 ,0umOeY ,hg~i`Y ,Rwm^t*2013063 ,ReIQY ,>uY R_R,Rwm^tThese effects of spin orbit coupling, core valence correlation and scalarrelativistic correction on spectroscopic calculations for PN+ cation1gueu10.1016/j.comptc.2016.01.0132016 10791 23-33-1gueu*021043 ,hT9Nf[ ,skkf[ ,e_R`2012108 ,Y[ё Y 1gueu100% USB\wXp4lRP[8TD[vQIQf['`(vq_TSP[RP[f[b)103969 /j issn 1000-0364. 2016. 06. 0012016,333 377-383m_s\,sleLStrain fiber sensor based on beat frequency with chirped fiber Bragg gratingOptical Engineering10.1117/1.OE.55.72016 557 076106-1 076106-4 0091-3286Bse022072 , _jpg*f[ ,)nlf[ ,Hޘf[ ,s021034 ,Rs451002 ,NdW2013045 )R(uirtf[SۏLyf[,g(>f'`SYef[vV{euYef[g R-Nf[Hr2016 7-8<  45-48 1671-7058 CN33-1279/G4!Oepg*021012 ,HYu[f[ ,u~gY ,Ng\9Nf[ ؚ)n[SOSs  gyQT*R2016 6 32-33 CN61-1033/G4 Oepg*021012 ,hΏf[ ,u~gY ,NgwZf[  ё:NMOƖzfgaTZW:_a_NNv[[KNs2016,37(1)70-72 CN32-1216/O4 Oepg*021012 ,HYu[Y ,Ng\9NY ,OY Ti3(SnxAl1x)C2VnSO5uf[0Rf[Tpf['`vtxvzirtf[b10.7498/aps.65.2062012016 6520 206201 1000-3290+sޘ513004 ,lYUZY ,&qgqR*021080 , _shT021001 sޘ:Phase stability, mechanical properties and lattice thermal10.1142/S02179849165041332016 3035 1650413sޘ513004 ,lYUZY ,&qgqR*021080 ёRw/ݔ[p YTPgev>f_~~NpRf['`lx(Tё$10.3969/j.issn.1003-7292.2016.04.0042016,332 :102-107 1003-7292&vOޘY ,}vNSY ,hfY ,T~xY ,&qgqR*021080 vOޘ_Extensive ab initio study of the electronic states of BSe radical including spin-orbit coupling10.1016/j.saa.2016.03.0082016,162:115-120 R`܏f[ ,~u*021172 ,Rs*451002 R`܏uTuning electronic structures of the stanene monolayer via defects and transition-metal-embedding: spin-orbit coupling10.1039/C6CP04794G2016,18(41)28759-28766=qeGYY ,YNe*021086 ,s)YtQ021129 ,\gZY ,m_swZY ,ue021122 ,>\tY qeGYlStrain and Spin-Orbital Coupling Effects on Electronic Structures and Magnetism of Semi-Hydrogenated Stanene#The Journal of Physical Chemistry C10.1021/acs.jpcc.6b005372016 120 (19)10622-10628,qeGYY ,YNe*021086 ,s)YtQ021129 ,m_swZY ,>\tY ^Tunable electronic structures and magnetism in arsenene nanosheets via transition metal dopingJournal of Materials Science10.1007/s10853-016-0194-z2016 5120 9504-9513 0022-24610\gZY ,YNe*021086 ,[INO021164 ,s)YtQ021129 ,>\tY \gZjFirst-principles studies on substitutional doping by group IV and VI atoms in the two-dimensional arsenene10.1016/j.apsusc.2016.03.0552016 378350-356<\gZY ,YNe*021086 ,s)YtQ021129 ,ue021122 ,-SffY ,qSfNIN021018 Modulation of Band structures and optical properties modulation of holey C2N nanosheets by alloying with group IV and V elements Journal of Materials Chemistry C10.1039/C6TC02469F2016 4 9294-9302-\gZY ,YNe*021086 ,s)YtQ021129 ,qeGYY ,NgNl*Y ~Effects of strain and electric field on electronic structures and Schottky barrier in graphene and SnS hybrid heterostructures10.1016/j.carbon.2016.08.0822016 109737-7460qeGYY ,YNe*021086 ,ue021122 ,s)YtQ021129 ,>\tY kTuning the electronic structures and magnetism of two-dimensional porous C2N via transition metal embedding"Physical Chemistry Chemical Physic10.1039/C6CP03210A2016,1832 22678-226866\gZY ,YNe*021086 ,qeGYY ,ue021122 ,s)YtQ021129 ,>\tY KSpin-orbit coupling effects on electronic structures in stanene nanoribbons10.1039/c5cp07140b2016 189 6534-6540>qeGYY ,YNe*021086 ,m_swZY ,\gZY ,s)YtQ021129 , _Mb021121 ,>\tY ,{N'`StxvzO2(WCrN4cBgwXp Nv"lS(103969 /j. issn.1000-0364. 2016. 10. 0052016,33(5):779-7848^Qf[ ,NgUxf[ ,Ngqf[ ,mf[ , _Ugf[ ,b܀*022045 ,hg[.s021117 ^QFeN4cBg[[RpPSyr'`6Rv,{N'`Stxvz(103969 /j. issn.1000-0364. 2016. 12. 0122016,33(6):1031-10352mf[ ,s"k"kf[ ,sԈUf[ ,NgUxf[ ,b܀*022045 ,hg[.s021117 mTuning metal cluster catalytic activity with morphology and composition: a DFT study of O2dissociation at the global minimum of PtmPdn (m+n= 5) clusters10.1039/c6ra23266c2016,6: 104388-10439DTOf[ ,b܀*022045 ,NgUxf[ ,lNOY , _eKf2014103 , _k021104 ,hg[.s*021117 TO}First principles study on the interfacial properties of NM/graphdiyne (NM=Pd, Pt, Rh and Ir): The implications for NM growing10.1016/j.apsusc.2015.10.219 2016 3601-73b܀022045 ,NgUxf[ ,TOf[ ,UOg?e*Y ,lNOY ,hg[.s*021117 fCO oxidation catalyzed by the single Co atom embedded hexagonal boron nitride nanosheet: a DFT-D study10.1039/c6cp02221a2016 1821865-21870Qb܀022045 ,TOf[ ,hs=Nf[ ,lNO*Y , _k021104 , _eKf2014103 ,hgeO022046 ,hg[.s*021117 lNO,hg[.sLThe mechanism of oxygen activation on single Pt-atom doped SnO2(110) surface10.1007/s10853-016-0260-62016, 51:10400 10407Pb܀022045 ,NgUxf[ ,lNO*Y , _k021104 ,hgeO022046 ,UOg?eY ,sSfuQ031129 ,hg[.s*021117 _Tunable donor and acceptor impurity states in WSe2 monolayer by common gas molecules adsorption10.1039/C6RA17643G2016 686 82793-82800Cs)YtQ*021129 ,u]l_[Y ,ue021122 ,[INO021164 ,4b[w021019 ,YNe*021086 s)YtQ100% s)YtQ,YNe_Magnetic vanadium sulfide monolayers: transition from a semiconductor to a half metal by doping10.1039/c6tc01962e2016 434 8111-8120Cs)YtQ*021129 ,NgY ,YNe*021086 ,ue*021122 ,[INO021164 ,4b[w021019 s)YtQ,YNe,uehEnhancement of the Thermal Stability and Mechanical Hardness of Zr-Al-Co Amorphous Alloys by Ag Addition*METALLURGICAL AND MATERIALS TRANSACTIONS As8l8l10.1007/s11661-016-3388-82016 ,47A2107-2111 1073-5623As8l8l*2014059 ,cSf2014058 ,[][2014075 ,sёQ2014046 ,Ng]*Y ,Res^Y s8l8l100% s8l8l,Ng]LReversible polyamorphic transitions in Ce65.5 Al10 Cu22.5 Co2 metallic glass10.1016/j.matlet.2015.10.0272016 162203-206@s8l8l*2014059 ,cSf2014058 ,[][2014075 ,sёQ2014046 ,Ng]Y ,Res^Y trPbS~s||v[)nTbN'`h_)10.16553/j.cnki.issn1000-985x.2016.05.0342016 5: 1348-1352 1000-985Xs)YtQ021129 ,HVY ,NgY \Light adatoms influences on electronic structures of the two-dimensional arsenene nanosheets10.1016/j.ssc.2016.01.0052016 2306-10<Ng mY ,YNe*021086 ,s)YtQ021129 ,-SffY ,ue021122 ,qSfNIN021018 Ng mLEffect of scandium on the optical properties of crystalline silicon materialOptics Express$https://doi.org/10.1364/OE.24.0A12692016 2418 A1269-A1275 1094-40873cSf*2014058 ,s8l8l2014059 ,Ng 2014092 ,Ng2014131 pFirst-principles study of crystalline silicon hyperdoped with cobalt at a concentration exceeding the Mott limit%https://doi.org/10.7567/APEX.9.0713032016 ,97 071303/1-4@cSf*2014058 ,s8l8l2014059 ,[][2014075 ,sёQ2014046 ,Ng 2014092 ExW_~~g-NhQTIQ8T6eHe^%10.16366/j.cnki.1000-2367.2016.06.0112016,416 62-668 _Sfd_f[ ,wm*021162 , _shT021001 ,lKQ܀f[ , _dWf[ ,Ng=N< Tf[ ,Ğf[ wm100% wm _Sfd_zHiggs-strahlung production process e(+)e(-) -> hZ at the future Higgs factory in the SM extension with color-octet scalarsCHINESE JOURNAL OF PHYSICS10.1016/j.cjph.2016.04.0172016 542 308-313 0577-9073ag*021157 ,hTwmY2015110 ^INEfimov-qQ/cf`b/g6RY3z`RP[KRblWS^'Yf[f[b%10.16366/j.cnki.1000-2367.2016.01.0122016 441 :64-69 CN41-1109/NNY022092 ,_YY ,utQN021145 NYPPairing energy of fragments produced in intermediate-energy heavy-ion collisionsPHYSICAL REVIEW C10.1103/PhysRevC.94.0246152016 942 024615 2469-9985'l%fe*021136 ,[rf[ ,TN%fnY ,[rNeY ,^_Y [Structure property relationship for carbazole and benzothiadiazolebased conjugated polymers$Solar Energy Materials & Solar Cells2016 145412-417 0927-0248By^ts^*021147 ,hg~i`2013044 ,NgvvY ,4Ty=NY ,hTsY ,W~Y ,8^eؚ*021066 zStructure and thermoelectric properties of the quaternary compound Cs2[PdCl4]I2 with ultralow lattice thermal conductivityEurophysics LettersΞe\2016 11315 57007-1-57007-6Ξe\*021101 ,hgxvY Ξe\100% 2Doubly charged vector leptons and the Higgs portalNgeT10.1103/PhysRevD.94.0950122016 949 0950121-7 2470-0010NgeT*021091 ,~.4TY KEffects of a TiC substrate on the catalytic activity of Pt for NO reduction2016,18(19):13304-133092ZitQ=N021057 ,NSf021153 ,NgllY , _UgY ,hg[.s*021117 jVisible-Light Self-Driven Photodetector with Enhanced Performance Based on CdS /Si Nanowire HeterojunctionElectronic Materials Letters2016 12(6) 841-845 1738-80909sc*021144 ,wml2013059 ,fOOf[ ,hgwmR021137 ,Rwm^t2013063 Poly(3,4-ethylenedioxythiophene):poly(styrenesulfonate)(PEDOT:PSS) molybdenum oxide composite films as hole conductors for efficient planar perovskite solar cells Journal of Materials Chemistry A2016, 4(25),9958-9966 2050-74886sc021144 ,Ng_f[ ,Rwm^t2013063 ,y^ts^021147 ,lR`*021083 oEnhanced performance of planar perovskite solar cells via incorporation of Bphen/Cs2CO3-MoO3 double interlayersJournal of Power sources2016,331, 240-246=sc*021144 ,Rwm^t2013063 ,yf[ ,Ng_f[ ,y^ts^021147 ,lR`*021083 Efficiency Enhancement Mechanism for Poly(3, 4-ethylenedioxythiophene):Poly(styrenesulfonate)/Silicon Nanowires Hybrid Solar Cells Using Alkali Treatment 2016,11,267Csc*021144 ,yf[ ,y^ts^021147 ,Rwm^t2013063 ,YNe021086 ,lR`*021083 @Manipulation of electronic structure in WSe2 monolayer by strain10.1016/j.ssc.2016.07.0032016 24570-74hgjf[ ,ue*021122 ,qSfNIN021018 hgj=Characteristics of n- and p-type dopants in 1T-HfS2 monolayer10.1016/j.jallcom.2016.07.3312016,689302-306;ue*021122 ,YNe*021086 ,s)YtQ021129 ,4b[w021019 ,hgg441001 ue,YNeNElectronic and magnetic properties of 1T-HfS2 by doping transition-metal atoms10.1016/j.apsusc.2016.04.0632016,383151-158Hue*021122 ,s)YtQ*021129 ,s^m021138 ,4b[w021019 ,YNe*021086 ,hgg441001 ue,s)YtQ,YNeFStrain-dependent electronic and magnetic of Co-doped monolayer of WSe210.1016/j.physe.2016.07.0082016,84,505-5104T[NSf[ ,ue*021122 ,s)YtQ021129 4T[NSXEffect of strain on the electronic and magnetic properties of an Fe-doped WSe2 monolayer10.1039/C6RA15063B2016 674 69758-69763lef[ ,ue*021122 ,s)YtQ*021129 leJElectronic and magnetic properties of X-doped (X=Ni, Pd, Pt) WS2 monolayer10.1016/j.jmmm.2016.04.0502016 41445-48<ue*021122 ,YNe*021086 ,4b[w021019 ,s)YtQ021129 ,HOf[ ,0uNf[ GElectronic and magnetic properties of n-type and p-doped MoS2monolayers10.1039/C5RA27540G2016, 620 :16772-167786ue*021122 ,HOf[ ,YNe021086 ,s)YtQ*021129 ,4b[w021019 \Electronic and magnetic properties of X-doped (X = Ti, Zr, Hf) tungsten disulphide monolayer10.1016/j.jallcom.2015.09.1602016 654574-5790ue*021122 ,YNe*021086 ,s)YtQ021129 ,4b[w021019 5Oxygen Defect-Mediated Magnetism in Fe-C Codoped TiO2-Advances in Materials Science and EngineeringDOI: 10.1155/2016/62701292016 Article ID 6270129 1687-8434'gq^tf[ ,hT_aW*2013030 ,swm*021109 ,\g f[ hT_aW,swmgq^tZElectronic and Magnetic Properties Studies on Mn and Oxygen Vacancies Codoped Anatase TiO2$Advances in Condensed Matter Physics10.1155/2016/15625962016 Article ID 1562596 1687-81084hT_aW*2013030 ,hgeO022046 ,swm*021109 ,gq^tf[ ,vfvff[ pInvestigations on the origin of ferromagnetism in Ga1-xCrxN and Si-doped Ga1-xCrxN films: Experiments and theory"DOI: 10.1016/j.jallcom.2015.11.0082016 658800-805;hT_aW*2013030 ,swm*021109 ,hg[.s021117 ,~_OY ,zs^Y ,R f*Y hT_aW,swm,R f8Intrinsic defect-mediated magnetism in Fe-N codoped TiO2"DOI: 10.1016/j.jallcom.2015.10.0352016 657372-378&hT_aW*2013030 ,swm*021109 ,hg[.s021117 tElectronic structure and thermoelectric properties of Pb-based half-Heusler compounds: ABPb (A = Hf, Zr; B = Ni, Pd)10.1016/j.jallcom.2016.05.0132016, 682, 375-380s^m*021138 ,sN3Y -Electronic structure and magnetism of ThFeAsNEPL-EUROPHYS LETT10.1209/0295-5075/113/670062016, 113, 67006s^m*021138 ,w$j_Y VElectronic structures and magnetism of LaFe2Ge2 and LaFe2Si2: First-principles studies0PHYSICA C-SUPERCONDUCTIVITY AND ITS APPLICATIONS10.1016/j.physc.2016.04.0072016, 525, 72-77 0921-4534DElectronic and optical properties of mixedperovskites CsSnxPb(1?x)I3 AIP ADVANCES10.1063/1.49541832016, 6, 065213s^m*021138 ,O~Y ,m_s\021016 :Self hole-doping induced superconductivity in KCa2Fe4As4F2 EUROPHYS LETT10.1209/0295-5075/116/370032016,116, 37003s^m*021138 ,sYY ,w$j_Y MTopological phase transition in half-Heusler compounds HfIrX (X = As, Sb, Bi)COMPUTATIONAL MATERIALS SCIENCE10.1016/j.commatsci.2016.08.0052016, 124, 311-315 0927-0256s^m*021138 ,O~Y PElectronic structure and magnetism of the Nutiband new superconductor CaRbFe4As4)Journal of the Physical Socierty of Japan10.7566/JPSJ.85.1247142016, 85, 124714w$j_Y ,s^m*021138 w$j_jElectronic structures and magnetism of YM2Ge2 (M = Mn-Cu): Ge-hight dependent magnetic ordering in YFe2Ge210.1016/j.commatsci.2016.04.0302016, 121, 48-53YNi substitution enhanced thermoelectric properties of ZrPd1-xNixPb(x ? 0,0.25,0.5,0.75,1)10.1016/j.jallcom.2016.09.0862017, 692, 599-604sN3Y ,s^m*021138 ,Ξe\021101 sN3=Pnictide-height dependent ferromagnetism in CuFeAs and CuFeSb10.1016/j.jall< com.2016.06.0202016, 686, 38-42s^m*021138 ,w$j_Y ,sN3Y The longitudinal and transverse distributions of the pion wave function from the present experimental data on the pion photon transition form factorEUROPEAN PHYSICAL JOURNAL Cm10.1140/epjc/s10052-016-4236-02016,76(7):390_1-390_7m*2015094 ,4TtQRY ,ĞmY YHeavy pseudoscalar twist-3 distribution amplitudes within QCD theory in background fields10.1140/epjc/s10052-016-4350-z2016,76(9):509_1-509_12 m*2015094 ,4TtQRY ,ĞmY ,NwmQY [&^JS[SOCdAl2S45uP[~g09_'`TIQf['`(vxvz2016 332 357-361 _=N=Nf[ ,lm~*021140 ,&qgqR021080  _=N=Nؚtxl6RYZVlYNp/y4tў-Cg'` YTPgeSvQ5uSf[^(u YTPgef[b#10.13801/j.cnki.fhclxb.20151209.0022016, 33(10): 2390-2396 CN11-1801/TB>]f[ ,NgTWS2013090 ,fg031173 ,0ub[f[ ,9\s~031108 ,hgfN^*031011 NgTWShgfN^]N^nfZ2 !jW-N~-!~-(e~-)KKpSlWS^'Yf[f[b6qyf[Hr %10.16366/j.cnki.1000-2367.2016.02.007 2016 240-44NgeT021091 ,f:_Y HSingle Top and Higgs Associated Production in the Minimal B-L at the LHCADVANCES IN HIGH ENERGY PHYSICS2016,201626131871-9 &hgpe2014115 ,R_R021168 ,ё*Y ,hgIQY ёMAn Isoratio Method and an Isoratio Scaling Phenomenon in Heavy-Ion Collisions%COMMUNICATIONS IN THEORETICAL PHYSICS10.1088/issn.0253-61022016 661 115-121l%fe*021136 ,TN%fnf[ OAn Isoratio Method to Study Free Energy and Temperature Effects in Intermediate2016 661 122-128.l%fe*021136 ,TN%fnf[ ,Nuuf[ ,[rY ,[N9NY ,[rNeY $YPgeBi0.95La0.05Fe1-xCoxO3vN5uTxyr'`xvz/10.13380/j.cnki.chin.j.lowtemp.phys.2016.02.0082016.382 127-13434-1053!Nck3f[ ,Y[f_܀f[ ,HckZf[ ,[Bhg*022091 Nck3IEffectsofoxygencontentontheelectricandmagneticpropertiesofBiFeO3 compoundPhysicaB10.1016/j.physb.2016.03.0082016 493 47 52 0921-4526#[Bhg022091 , _Z021151 ,8^eؚ*021066 XRectifications in organic single-molecule diodes alkanethiolate-terminated heterocyclics2016, 380 (7-8) 923 9267[INO*021164 , _hTf[ ,s)YtQ021129 ,s^m021138 ,NSf021153 ]The electronic transport properties of transitionmetal dichalcogenide lateral heterojunctions2016 4(46)10962-109662[INO*021164 , _hTf[ ,fk'YO2013032 ,NSf021153 ,sdWY dElectronic transport properties of the first all-boron fullerene B40 and its metallofullerene Sr@B402016, 18(17): 12024 12028D[INO*021164 , _hTf[ ,fk'YO2013032 ,NSf021153 ,s)YtQ021129 ,YNe021086 uRole of oxygen vacancies in deciding the high temperature magneticproperties of Ba and Sm substituted BiFeO3 ceramics#Journal of Alloys and Compounds 6772016,677,252-257a _Z*021151 ,hgqOf[ ,ςeP2013088 ,'Yf[ ,Rx^Zf[ ,l[f[ ,RGff[ ,uOef[ ,NgSfwZf[ ,ssY ,8^eؚ*021066 ,ROfY  _Z,8^eؚ2Scalar waves from a star orbiting a BTZ black hole4TtQNS10.1103/PhysRevD.93.0640082016 93 0640084TtQNS*Y ,Ng6q021149 ,uOdWY Excited state intramolecular proton transfer (ESIPT) of 6-amino-2-(22 -hydroxyphenyl)benzoxazole in dichloromethane and methanol: A TD-DFT quantum chemical studyJOURNAL OF LUMINESCENCE2016,17229-33 0022-2313 NggckY ,lpY ,NgNY ,Rs*451002 NggckOWidth and defect effects on the electronic transport of zigzag MoS2 nanoribbons%Journal of?Physics?D:?Applied Physics2016, 49(24) 245304>[INO*021164 , _hTY ,*{wmY ,NSf021153 ,&qgqR021080 ,R_R021168 _The magnetism and spin-dependent electronic transport properties of boron nitride atomic chainsJournal of Chemical Physics2016 145(4)044301J[INO*021164 , _hTf[ ,fk'YO2013032 ,NSf021153 ,s)YtQ021129 ,&qgqR021080 ,sdWY kThe rectifying and negative differential resistance effects in heterojunctions of graphene/h-BN nanoribbons2016 10(18)27976 27980W[INO*021164 , _hTf[ ,fk'YO*2013032 ,s)YtQ021129 ,&qgqR021080 ,YNe021086 ,NSf021153 ,sdWY [INO,fk'YOBZero temperature holographic superfluids with two competing orders10.1103/PhysRevD.94.0460032016, 94: 046003lTime evolutions of scalar field perturbations in D-dimensional Reissner Nordstr?m Anti-de Sitter black holes10.1016/j.physletb.2016.05.0312016 758359 364Ng6q021149 , _[[*Y ,uOdWY QHawking radiation of massive vector particles from the linear dilaton black holes"THE EUROPEAN PHYSICAL JOURNAL PLUS@https://link.springer.com/article/10.1140%2Fepjp%2Fi2016-16249-5 2016 131:249 2190-5444jThe resistive switching properties and failure behaviors of (Pt, Cu)/amorphous ZrO2/Pt sandwich structures)Journal of materials science & technology10.1016/j.jmst.2016.03.0112016 32676-680 1005-0302Dwml*2013059 ,T[~hTY ,hg~i`*2013044 ,_Yf[ ,^Qf[ ,Y[[f[ ,Ng1rN*Y ,4TY wml,hg~i`,Ng1rNbEfficient Visible-Light Photocatalytic Properties in Low-temperature Bi-Nb-O System Photocatalysts10.1186/s11671-016-1583-62016 111  383<wml*2013059 ,\m021146 ,ѐg3f[ ,Ngvvf[ ,NgwmRf[ ,W~f[ ,T[~hTY iThe stability and dielectric performance of BiNbO4 prepared by citrate method assisting sintering processPhysica Status Solidi A10.1002/pssa.2016002892016,2132525-2530 1862-6300Nwml*2013059 ,Hf[ ,W~f[ ,NgwmRf[ ,ѐg3f[ ,hg~i`2013044 ,Rwm^t2013063 ,R_R021168 Monitoring polarization and dielectric relaxation behaviors of BaTiO3/polycarbonate composite films via in-situ transmittance measurementCurrent Applied Physics10.1016/j.cap.2016.04.0022016 16 686-690 1567-1739\wml*2013059 ,sёQ2014046 , _0u0uf[ ,ѐg3f[ ,W~f[ ,NgwmRf[ ,hg~i`2013044 ,Rwm^t2013063 ,ςeP2013088 f[uwɉ0RvirtYe^ggNvQf[`Nb~vsQ|xvz 2016 5 2-6CAdsorption and decomposition of H2O on cobalt surfaces: A DFT study10.1016/j.apsusc.2016.05.0192016 38410-17+l~~Y ,lm~*021140 ,&qgqR021080 ,4b[w021019 l~~dRecent advances in optoelectronic properties and applications of two-dimensional metal chalcogenidesJournal of Semiconductors10.1088/1674-4926/37/5/0510012016 37(5)1-9 1674-4926YNe021086 ,NgNlY lMassive Vector Particles Tunneling from the Neutral Rotating Anti-de Sitter Black Holes in Conformal Gravity< 10.1088/0253-6102/65/4/4692016 65469-472Ng6q*021149 ,uOdWY ETunneling Radiation of Massive Vector Bosons from Dilaton Black Holes10.1088/0253-6102/66/1/077 2016 6677-83Ng6q*021149 ,uOdWY ,4TtQNSY Y(1S) -> BcP, BcV Ǐ zvxvzlWSt]'Yf[f[b(6qyf[Hr)10.16186/j.cnki.2016.02.0242016, 35(2): 281-284 1673-9787 CN41-1384/N'hg`s*021119 ,H=N=Nf[ ,f[ ,ؚNNf[ ,ĞёfNY (u_pbQCDelxvzY(nS)->BcDǏ z%10.16366/j.cnki.1000-2367.2016.06.0082016, 44(6): 49-52'hg`s*021119 ,Ngwmqf[ ,ؚmf[ ,퐲Wf[ ,ĞёfNY >study of J/psi -> Ds,d V decays with perturbative QCD appraoch10.1142/S0217751X1650161X2016, 31(30): 1650161;hg`s*021119 ,Y[O\*021120 ,ؚm*f[ ,8^*021142 ,ĞёfNY ,lQQ*Y hg`s,Y[O\,ؚm,8^,lQQ4Y(ns) -> BC* D decays with perturbative QCD approach10.1142/S0217751X165014632016, 31 (26): 1650146;hg`s*021119 ,Y[O\*021120 ,ĞёfN*Y ,Ngwmqf[ ,lQQY ,8^*021142 hg`s,Y[O\,ĞёfN,8^$NSO^{pSY(nS)->BcMǏ zvxvz%10.16366/j.cnki.1000-2367.2016.02.0082016, 44(2): 45-48.Y[O\*021120 ,ؚNNf[ ,H=N=Nf[ ,f[ ,Ngwmqf[ ,ĞёfNY -Low-energy electron scattering from cyanamide10.1103/PhysRevA.94.0327032016 943 032703'sKQ h*021141 ,SbY ,_[>NY ,Ğ{)YY ,s8l\Y VGeometric Hall effect of Na-23 condensate in a time and space-dependent magnetic field"Journal of Low Temperature Physics2016 1831 23 - 30 0022-2291 ѐlQs^*021105 ,hgssY ,8^ؚwY ,4TTY YTopological Hall Effect of Spin-2 Condensate in a Time and Space-dependent Magnetic Field,International Journal of Theoretical Physics2016 5511 4633 4640 0020-7748 ѐlQs^*021105 ,4TTY ,8^ؚwY ,hgssY x'`QZSO-NvQUO \He^2016 442 57 60'ѐlQs^*021105 ,Nt`Y ,8^ؚwY ,4TTY ,hgssY WThe growth modes of graphene in the initial stageof a chemical vapor-deposition process10.1039/c6ra18023j2016 694 91157-91162NSf021153 ,[INO*021164 {Phase stability, mechanical properties and lattice thermal conductivity of ceramic material (Nb1 xTix)4AlC3 solid solutions10.1016/j.jallcom.2016.06.1082016 68747-53$&qgqR021080 ,s)YtQ021129 ,lm~*021140 _Calcining temperature dependence on structure and dielectric properties of CaCu3Ti4O12 ceramics6Journal of Materials Science: Materials in Electronicss>fZ2016 27:12134-12140 0957-4522/s>fZ*021152 ,>OZSf[ ,s\Nf[ , _xf[ ,Y[QNf[ ,Rnlf[ s>fZ100% pStructural and electrochemical properties of La0.85Sr0.15MnO3 powder as an electrode material for supercapacitor2016 675: 195-200/s>fZ*021152 ,1g)P)Pf[ ,s\Nf[ , _gaf[ , _Fmf[ ,s=Nf[ `Lattice strain dependent on ionic conductivity of Ce0.8+xY0.2-2xSrxO1.9 (x = 0 0.08) electrolyteSolid State Ionics2016 296: 85-89 0167-2738/s>fZ*021152 ,HO=f[ ,0uNef[ ,s\Nf[ , _xf[ ,8^jf[ n-Ql6RYCaCu3Ti4O12vtSvQN5u'`xvz2016 453 725-729(>OZSf[ ,s>fZ*021152 ,s\Nf[ ,s=Nf[ ,Rnlf[ >OZSRAN INVESTIGATION OF FRAGMENTS PRODUCED INTHE 58,64Ni + 9Be FRAGMENTATION REACTIONSNuclear Structure in China 2014Oe VEf[/gOeƖ 2016 218-221% _s=N523036 ,l%fe021136 ,sY ,TN%fnY  _s=NeA DIRECT PROBE FOR CHEMICAL POTENTIALS DIFFERENCE BETWEEN NEUTRON AND PROTONS IN HEAVY-ION COLLISIONS 2016 82-86l%fe021136 , _s=N523036 ,sY Bs !PV pS-NnnmpVTlxe‰ce\He^ O3^f[bf[b:6qyf[2016,29(1):23-26 1003-09728^021142 ,SfOY ,Nck3Y -n + BaF2 REACTION STUDIED BY TALYS1.4 TOOLKIT 2016 74-77TZY ,l%fe021136 CMOSExP }cKmhVKmՋ|~2016, 36(4):420-424 CN:11-2016/TL+ؚNNY ,sy2012102 ,sZY ,1g[ZSY ,Y[O\021120 syp~e[SwSr2FeMoO6vfSO~gS_~gvq_T2016 471 01169-01171 CN50-1099/TH's%f021150 ,]NY ,b_b_Y ,Ng/_/_Y ,NgёpQY 5study of the Y(1S) -> Bc Ds* decay with pQCD approach 2016-04-3010.1142/S0217751X165006152016, 31(12): 1650061<Y[O\*021120 ,hg`s*021119 ,NgR*f[ ,lQQ*Y ,ĞёfNY ,8^*021142 Y[O\,hg`s,NgR,lQQ,8^XFormaldehyde molecule adsorption on the doped monolayer MoS 2 : A first-principles study 2016-05-0610.1016/j.apsusc.2016.02.230wS: 649 u: 141-147}Ma, DongweiY ,Ju, WeiweiY ,TingxianY ,Yang, GuiY ,He, Chaozheng*Y ,Ma, BenyuanY ,Tang, YananY ,b܀022045 ,hg[.s021117 <Y(nS) -> Bc* pi, Bc* K decays with perturbative QCD approach 2016-05-1710.1155/2016/48936492016, 2016: 48936491Y[O\021120 ,hg`s*021119 ,8^021142 ,lQQY ,ĞёfNY (W-Nf[irt z-NW{Qf[ub/g }{Q 2016-05-25Yec"} 2016,5,35-38 1002-0845HЏO021063 ,S\f[ wTune-out wavelength around 413 nm for the helium 2 3S1 state including relativistic and finite-nuclear-mass corrections 2016-05-26PHYSICAL REVIEW A10.1103/PhysRevA.93.0525162016,93:052516" _8lgaY ,U=Ns*Y , _shT021001 ,S^N*Y U=Ns,S^N _8lga#NiN3z[v'lS(111)hbvN\O(uNSLub;m'`v,{N'`Stxvz 2016-06-012016 65 (6): 68201-068201[csY , _\f2016025 , _UgY ,SfWY ,k^Q484018 ,NgNY ,H_fY ,l>kY ,?eCgY ,O9N9NY ,hg[.s*021117 cstAccurate multireference configuration interaction calculations of the 24-S states and 60  states of the BO+ cation2016,168148-158+Rga121109 ,e_R`*2012108 ,Y[ё Y ,1gueu021043 RgaEffect of amino group on the excited-state intramolecular proton transfer (ESIPT) mechanisms of 2-(2 '-hydroxyphenyl)benzoxazole and its amino derivatives10.1039/c5ra23261a2016/6/6/5134-5140 Nggckf[ ,hgRRf[ ,lpf[ ,Rs*451002 sSingle non-noble-metal cobalt atom stabilized by pyridinic vacancy graphene: An efficient catalyst for CO oxidation*Journal of Molecular Catalysis A: Chemical10.1016/j.molcata.2016.03.0082016,417:28-35 1381-1169kThe stability of TiC surfaces in the environment with various carbon chemical potential and surface defects 2016-06-07Applied surface science2016,386:202-209]Study of Ti 6Al 4V alloy spectral emissivity characteristics during thermal oxidation process/INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER(10.1016/j.ijheatmasstransfer.2016.05.0692016,101699-706 0017-9310'NgޘY ,NdW*2013045 , _QNSY ,Rs*451002 NdW,RsNgޘ@Effects of solvent polarity and hydrogen bonding on coumarin < 500 2016-06-08JOURNAL OF MOLECULAR LIQUIDS10.1016/j.molliq.2016.02.0842016/218/670-675NgNf[ ,Nggckf[ ,Rs*451002 RRepairing sulfur vacancies in the MoS2 monolayer by using CO, NO and NO2 molecules 2016-06-2710.1039/c6tc01746kwS: 4 g: 29 u: 7093-7101xMa, DongweiY ,Wang, QinggaoY ,Li, TingxianY ,He, Chaozheng*Y ,Ma, BenyuanY ,Tang, YananY ,b܀*022045 ,hg[.s021117 He, Chaozheng,b܀[r,{N[_vSU\SSSvQYeN

^^tY , _shT*021001 ,&qgqR*021080  _shT,&qgqRlKQ܀XA comparison study of oxygen reduction on the supported Pt, Pd, Au monolayer on WC(0001) 2016-07-3010.1016/j.jpowsour.2016.04.1352016,321:163-1733Study of semileptonic B* -> Pl(v)over-bar(l) decays 2016-08-0110.1016/j.nuclphysb.2016.06.0162016,909: 921-93308^*021142 ,1gpgf[ ,sSf3tf[ ,Y[O\021120 ,hg`s021119 8The Y(1S) -> Bc rho decay with perturbative QCD approach10.1016/j.nuclphysb.2016.05.0122016, 909: 186-1968Y[O\021120 ,hg`s*021119 ,NgRf[ ,lQQY ,ĞёfNY ,8^021142 NNatural NMSSM after LHC Run I and the Higgsino dominated dark matter scenario? 2016-08-04DOI: 10.1007/JHEP08(2016)0372016 08 (037) 1-28,fOpg*021038 ,:hgPNf[ ,\NN2016044 ,ςOY , _3Y <Fullerene solar cells with cholesteric liquid crystal doping 2016-08-1010.1088/1674-1056/25/9/098401 2016,25:984018Y22Y ,sc021144 , _NNY ,HlzY ,y^ts^021147 ,lR`*021083 Y22h3d transition metal embedded C2N monolayers as promising single-atom catalysts: A first-principles study 2016-08-1310.1016/j.carbon.2016.04.059wS: 105 u: 463-473Ma, D. W.Y ,Wang, QinggaoY ,Yan, XunwangY ,Zhang, XiweiY ,He, Chaozheng*Y ,Zhou, DaweiY ,Tang, YananY ,b܀022045 ,hg[.s021117 >J/psi -> Ds,d pi, Ds,d K decays with perturbative QCD approach 2016-08-15Physical review D10.1103/PhysRevD.94.0340292016, 94(3): 0340297Y[O\021120 ,hg`s*021119 ,ؚmf[ ,8^021142 ,ĞёfNY ,lQQY |Accurate spectroscopic calculations of the 12 K-S and 25 X states of the NH radical including the spin-orbit coupling effect 2016-08-20'COMPUTATIONAL AND THEORETICAL CHEMISTRY2016 109381-90'[\[Í*Y ,e_R`2012108 ,Y[ё Y ,1gueu021043 [\[ÍFInterpreting The 750 GeV Diphoton Excess Within Topflavor Seesaw Model 2016-08-23$DOI: 10.1016/j.nuclphysb.2016.08.0182016 911447-470 1-24,fOpg*021038 ,\NN2016044 ,ςOY ,sޘ*Y , _3Y fOpg,sޘThe influence of -conjugation framework on intramolecular proton transfer and Stokes shift in 1,8-Dihydroxydibenzo[a,c]phenazine molecule: a DFT and TD-DFT study 2016-08-252016,135(9)229(1-8)'lpY ,hgRRY ,NgNY ,NggckY ,Rs*451002 CCalculations of the dynamic dipole polarizabilities for the Li+ ion10.1088/1674-1056/25/10/1031012016,2510 :103101! _8lgaY ,U=Ns*Y , _shT021001 ,S^NY U=NsThe influence of pi-conjugation framework on intramolecular proton transfer and Stokes shift in 1,8-Dihydroxydibenzo[a,c]phenazine molecule: a DFT and TD-DFT studyTHEORETICAL CHEMISTRY ACCOUNTS10.1007/s00214-016-1986-6 2016/135/9tTemperature of intermediate mass fragments in simulated 40Ca?+?40Ca reactions around the Fermi energies by AMD model 2016-08-2610.1007/s41365-016-0112-82016 275 1-6!l%fe*021136 ,TN%fnf[ ,Nuuf[ ,[N9Nf[ First-principles and experimental study of nitrogen/sulfur co-doped carbon nanosheets as anode for rechargeable sodium ion batteries 2016-09-02 JOURNAL OF MATERIALS CHEMISTRY ATN10.1039/C6TA04929J2016, 4, 15565-15574pTN2013048 ,lhgY ,R3*2014091 ,NgUxY ,b܀*022045 ,\~N031174 ,c~s2013076 ,fg031173 ,9\s~031108 ,hgfN^*031011 R3,b܀,hgfN^pExcited-states and spectroscopic properties ofsuperoxide anion: a theoretical study includingspin orbit coupling 2016-09-032016 114:3150-3165_Controlled Electronic and magnetic properties of WSe 2 monolayers doping transition-metal atoms 2016-09-26!SUPERLATTICES AND MICROSTRUCTURES252-257ue*021122 ,HOf[ ,s)YtQ*021129 RBd,s!Dd,s?V and Bd,s?!Dd,sV decays within QCD Factorization and Possible Puzzles10.1140/epjc/s10052-016-4378-02016,76(10): 52318^*021142 ,Hsef[ , _NNf[ ,Y[O\021120 ,hg`s021119 UFits of Weak Annihilation and Hard Spectator Scattering Corrections in Bu,d!VV Decays 2016-10-012Journal of Physics G: Nuclear and Particle Physics10.1088/0954-3899/43/10/1050042016,43(10):105004*8^*021142 ,NgSf`iY ,Y[O\021120 ,hg`s021119 hThe adsorption of CO and NO on the MoS2 monolayer doped with Au, Pt, Pd, or Ni: A first-principles study 2016-10-1510.1016/j.apsusc.2016.04.171wS: 383 u: 98-105uMa, DongweiY ,Ju, WeiweiY ,Li, TingxianY ,Zhang, XiweiY ,He, Chaozheng*Y ,Ma, BenyuanY ,b܀022045 ,hg[.s021117 ;Y(nS) ->Bc rho, Bc K* decays with perturbative QCD approach10.1016/j.nuclphysb.2016.08.0352016, 911: 890-9011Y[O\021120 ,hg`s*021119 ,ĞёfNY ,lQQY ,8^021142 ;Strong constraints of LUX-2016 results on the natural NMSSM 2016-10-25DOI: 10.1007/JHEP10(2016)1362016 10136 1-203fOpg*021038 ,:hgPNf[ ,\NN2016044 ,ςOY ,4TWeY , _3Y >SUSY effects in Higgs production at high energy e+?e?colliders 2016-11-01#DOI: 10.1088/1674-1137/40/11/1131042016 4011 1-9,fOpg*021038 ,bbY ,NpgY ,fkY ,hgёlY , _3Y MStudy of Upsilon(nS) -> B-c rho, and BcK* decays within the QCD factorization 2016-11-11Mod. Phys. Lett. A10.1142/S02177323165020962015 751171-1768^*021142 , _NNf[ ,3tf[ {The mechanism of oxygen reduction reaction on CoN 4 embedded graphene: A combined kinetic and atomistic thermodynamic study 2016-11-1410.1016/j.ijhydene.2016.08.0112016,41(46):21212-21220% _Ug< 2018134 ,b܀022045 ,hg[.s*021117 hg[.s100% "lSP[~vN~eTXKQHe^ 2016-11-15NQq\'Yf[f[b(6qyf[Hr)37/6/20 1674-8085hg`s*021119 ,Y[O\021120 http://kns.cnki.net/KCMS/detail/detail.aspx?dbcode=CJFQ&dbname=CJFDLAST2017&filename=JGSS201606005&v=MzA4MjRSTEtmWU9kckZDam1XNzdNTHlyWWZiRzRIOWZNcVk5RllZUjhlWDFMdXhZUzdEaDFUM3FUcldNMUZyQ1U=aThe origin of ferromagnetism of Co-doped TiO2 nanoparticles: Experiments and theory investigation 2016-11-30MODERN PHYSICS LETTERS BDOI: 10.1142/S021798491650296130/ 32-33/16502963 _ςY ,hT_aW2013030 ,q*Y ,wbQY ,bS_?Y ,swm021109 q _ς"Imaging van der Waals Interactions 2016-12-02%JOURNAL OF PHYSICAL CHEMISTRY LETTERS10.1021/acs.jpclett.6b027492016 (7): 5205 5211 1948-7185` _\f2016025 ,hanzhuminY ,ruqian wuY ,wilson ho*Y ,Xinyuan WeiY ,Xu chenY ,Chi-lun ChiangY  _\f100% wilson ho hanzhuminA facile post-process method to enhance crystallinity and electrochemical properties of SnO2/rGO composites with three-dimensional hierarchically porous structureZTN10.1039/c6ra23236a2016, 6, 106275 106284\0uf[ ,sSfuQ*031129 ,H/c[f[ ,퐉sf031072 ,hgaTf[ ,b܀022045 ,s h031130 ,ZTN*031021 ,hgg*441001 ZTN100% sSfuQ,ZTN,hgg0u_Piezoresistive strain sensing of carbon black / silicone composites above percolation threshold 2016-12-05 REVIEW OF SCIENTIFIC INSTRUMENTS10.1063/1.4973274 80/12/123910 0034-6748\m*021146 ,\sZf[ ,s\Nf[ mKbR7Re 2019.5.4 eU_2016t^e] zb/g 'Y{| SCI 3:S q_TVP[1.515. leQ~URL0W@Whttp://aip.scitation.org/doi/10.1063/1.4973274DFT-TDDFT investigation of excited-state intramolecular proton transfer in 2-(2 '-hydroxyphenyl)benzimidazole derivatives: Effects of electron acceptor and donor groups 2016-12-0710.1016/j.molliq.2016.09.088 224/83-88 Nggckf[ ,NgNf[ ,lpf[ ,Rs*451002 ~A theoretical understanding on the CO-tolerance mechanism of the WC (0001) supported Pt monolayer: Some improvement strategies 2016-12-1510.1016/j.apsusc.2016.07.1332016,385:455-461Potential energy curves and spectroscopic parameters of the 24 -S states and 54  states of the F2+cation including the spin-orbit coupling effect 2016-12-17EUROPEAN PHYSICAL JOURNAL D2016 70:244-259kNitrogen coordinated silicon-doped graphene as a potential alternative metal-free catalyst for CO oxidation 2017-01-0110.1016/j.carbon.2016.10.028wS: 111 u: 448-4580UN`iY ,HkSIQY ,3u_R*Y ,8^YYf[ ,uf[f[ ,4b[w*021019 4b[w100% 3u_R,4b[wUN`imEffect of an external electric field on the electronic properties of SnS2/PbI2 van der Waals heterostructures10.1039/c7ra01920cwS: 7 g: 41 u: 25582-25588RlN:_2017067 ,ue*021122 ,[r f[ ,4b[w*021019 ,NgOf[ ,NgOf[ ,uf[f[ ,s)YtQ021129 ,UN`iY lN:_100% LMonoclinic Ga2O3 (100) surface as a robust photocatalyst for water-splitting10.1039/c6ra24798awS: 7 g: 7 u: 4124-4134[lN:_2017067 ,ue(021122)*021122 ,[r f[ ,NgOf[ ,s\f[ ,i_Nf[ ,s)YtQ021129 ,UN`iY ,4b[w*021019 ue(021122),4b[w)Effective n-type F-doped MoSe2 monolayers10.1039/c7ra02466ewS: 7 g: 43 u: 26673-266795ue021122 , _Sf`if[ ,s)YtQ021129 ,qSfNIN*021018 ,hgg441001 AMagnetic properties of Mo N co-doped TiO2 anatase nanotubes films5JOURNAL OF MATERIALS SCIENCE-MATERIALS IN ELECTRONICS)https://doi.org/10.1007/s10854-016-5512-3wS: 28 g: 1 u: 207-213 gq^tf[ ,hT_aW*2013030 ,swm021109 The fluorescence quenching phenomenon in newly synthesized blue fluorescence protein molecule caused by anchoring group substitution: a DFT and TD-DFT study10.1 039/c6ra26470kwS: 7 g: 22 u: 13561-13569 lpf[ ,Rs*451002 ,Nggckf[ ,hgRRf[ VAccurate spectroscopic calculations of the 19-S states and 36 states of the BC+ cation10.1080/00268976.2016.1262556wS: 115 g: 4 u: 387-402 e_R`100% bOrigin of Ferromagnetism in Ru and N Codoped TiO2 Nanotubes: Experiments and Theory InvestigationsJOURNAL OF NANOMATERIALS$https://doi.org/10.1155/2017/2316745 2017/2316745 _Yf[ ,hT_aW*2013030 ,swm*021109 _YfEffect of Au clustering on ferromagnetism in Au doped TiO2 films: theory and experiments investigation*JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS*https://doi.org/10.1016/j.jpcs.2016.09.011100/71 0022-3697.gq^tf[ ,hT_aW*2013030 ,swm*021109 ,hg[.s*021117 hT_aW,swm,hg[.s?Study of semileptonic gamma(nS) -> Bcl(nu)over-bare weak decays10.1088/0954-3899/44/1/015001 44/1/ 015001lPreparation and electrochemical properties of NiO-Co3O4 composite as electrode materials for supercapacitors10.1016/j.cplett.2016.10.079667/2606s>fZ*021152 ,ѐc=Nf[ ,hgOwf[ ,s\Nf[ ,1g)P)Pf[ ,lOޘf[ ,Y[QNf[ kFabrication of In2O3/ZnO@Ag nanowire ternary composites with enhanced visible light photocatalytic activity10.1039/c7ra04929cwS: 7 g: 59 u: 37220-37229=Rwm^t*2013063 ,%fpgf[ ,wml2013059 ,hg~i`2013044 ,ReIQY ,>Nu*f[ lSulfur doped graphene as a promising metal-free electrocatalyst for oxygen reduction reaction: a DFT-D study10.1039/c7ra00632bwS: 7 g: 33 u: 20398-20405Cb܀022045 ,NgUxf[ ,Rf[ ,UOg?eY ,hgeO022046 ,_VN021115 ,hg[.s*021117  N:Sez}Accurate potential energy curves and spectroscopic properties of the 27 Lambda-S states and 73 Omega states of the PO radical10.1080/00268976.2017.1280193wS: 115 g: 6 u: 714-730&Rgaf[ ,e_R`*2012108 ,Y[ё Y ,1gueu021043 EStrain tuning of magnetism in transition-metal atom doped phosphorene10.1016/j.spmi.2016.10.090wS: 101 u: 49-569i_Nf[ ,4b[w*021019 ,NgOf[ ,lN:_2017067 ,s)YtQ021129 ,UN`iY i_N+SUPERLATTICES AND MICROSTRUCTURES 'Y{|irt N:ShMultireference configuration interaction study of ground and low-lying excited states of the AlC radical10.1080/00268976.2017.1302609wS: 115 g: 13 u: 1514-1533oElectronic characteristics of p-type transparent SnO high carrier mobility monolayer with high carrier mobility 2017-01-0310.1016/j.apsusc.2016.12.246wS401u114-1199\gZf[ ,YNe*021086 ,RNfY ,Ng 2014092 ,m_swZY ,qSfNIN021018 Accurate spectroscopic calculations of the 14 Lambda-S and 30 Omega states of BF+ cation including the spin-orbit coupling effect 2017-01-1510.1016/j.saa.2016.08.020wS: 171 u: 478-486'1gepgf[ ,e_R`*2012108 ,Y[ё Y ,1gueu021043 jMagnetic properties of the 2D Fe-n core X-m (X = C, N, O, Cl, S and F) shell cluster< s embedded in graphene10.1016/j.apsusc.2016.09.056wS: 392 u: 277-2859uf[f[ ,u9hf[ ,NgOf[ ,lN:_2017067 ,s)YtQ021129 ,4b[w*021019 uf[[Theoretical study of pyrene derivatives as high performance organic semiconductor materials 2017-01-18SYNTHETIC METALS10.1016/j.synthmet.2016.11.028wS: 223 u: 218-225 0379-6779&eŖ^tf[ ,Ogas021133 ,SNwZf[ ,Rs*451002 bPreparation and electrochemical properties of LaMnO3 powder as a supercapacitor electrode material 2017-01-20Key Engineering Materials&10.4028/www.scientific.net/KEM.727.698727/698 1662-9795.s>fZ021152 ,s\Nf[ , _gaf[ ,1g)P)Pf[ ,ѐc=Nf[ ,Y[QNf[ sStructural, electronic and catalytic performances of single-atom Fe stabilized by divacancy-nitrogen-doped graphene 2017-01-2310.1039/c6ra28387jwS: 7 g: 13 u: 7920-7928(R_R021168 ,UO^Of[ ,RQQf[ ,HOIQY ,UN`i*Y OImplications of CP-violating top-Higgs couplings at the LHC and Higgs factoriesPHYSICAL REVIEW D10.1103/PhysRevD.95.01501695wS1g 015016(1-7)%?N.y]lY ,R[*021158 ,fk*Y ,pgh.\Y =Theoretical study of low-energy electron scattering with GeH2 2017-01-2410.1140/epjd/e2016-70594-571/1/20,Ğ{)Yf[ ,sKQ h*021141 ,_[>Nf[ ,Sbf[ ,_VN021115 sKQ h100% Ğ{)YpAdsorption sensitivity of metal atom decorated bilayer graphene toward toxic gas molecules (CO, NO, SO2 and HCN) 2017-02-0110.1016/j.snb.2016.07.039wS: 238 u: 182-1955UN`iY ,R_R*021168 ,3uP[Rf[ ,HOIQf[ ,lNOY ,4b[w*021019 R_R,4b[wSPlatinum adsorption on ceria: A comparative theoretical study of different surfaces10.1016/j.apsusc.2016.10.087wS: 394 u: 47-57wMa, Dongwei*Y ,Li, TingxianY ,Wang, QinggaoY ,Yang, GuiY ,He, Chaozheng*Y ,He, BinglingY ,b܀022045 ,hg[.s021117 Ma, Dongwei,He, ChaozhengVUnveiling the three-center hydrogen bond dynamic behavior in ground and excited states10.1016/j.jlumin.2016.10.002wS: 182 u: 15-21!NgNf[ ,hgRRf[ ,Nggckf[ ,Rs*451002 Y(nS)!B_c lv JS{pS%10.16366/j.cnki.1000-2367.2017.02.003VQYlQ_SL 45/2/14-178^021142 ,sSf3tf[ ,1gpgf[ QInvestigations on the origin of ferromagnetism of Cu doped anatase TiO2 nanotubesMATERIALS RESEARCH BULLETIN2https://doi.org/10.1016/j.materresbull.2016.09.034wS: 86 u: 287-294 0025-5408:hT_aW2013030 ,swm*021109 ,gq^tf[ ,\g f[ ,vfvff[ ,hg[.s*021117 swm,hg[.sQOrigin of photovoltaic effect in (Bi, Pb)(2)Sr2Ca2Cu3O10+delta/Ag heterostructure 2017-02-07wS724 u413-4206Zi^f[ ,l_ef[ ,hgg2015061 ,3tY , _Z021151 ,8^eؚ*021066 8^eؚ100% Zi^ZEffect of magnetic field on the photovoltaic properties of YBa2Cu3O6.96 /Ag heterojunctionJOURNAL OF APPLIED PHYSICS 121, 055106(hgg2015061 ,闦hZf[ ,Zi^f[ ,l_ef[ ,8^eؚ**gw hgg100% _Lepton flavor violating Higgs boson decay h -> mu tau in the littlest Higgs model with T parity 2017-02-0810.1103/PhysRevD.95.035010 95, 035010 hgpe2014115 ,ё*Y ,R[*021158 hgpe100% ё,R[ؚ_eOHigh resistance to sulfur poisoning of Ni with copper skin under electric field 2017-02-12PHYSICS LETTERS A10.1016/j.physleta.2016.12.002wS: 381 g: 6 u: 671-678 SfWf[ , _\f2016025 ,hg[.s*021117 SfWuPassivated perovskite crystallization and stability in organic-inorganic halide solar cells by doping a donor polymer 2017-02-14 5/6/2572-2579F _NNf[ ,Ng f[ ,sgqNYY ,sc021144 ,Rwm^t2013063 ,hgVY ,ؚtQ[Y ,lR`*021083 lR`100%  _NNtA theoretical study of the potential energy surfaces for the double proton transfer reaction of model DNA base pairs10.1039/c6cp07716awS: 19 g: 6 u: 4802-4808!Nggckf[ ,hgRRf[ ,NgNf[ ,Rs*451002 dAccurate spectroscopic calculations of the 21 Lambda-S states and 42 Omega states of the SiB radical 2017-02-1510.1016/j.saa.2016.10.053wS: 173 u: 939-949яNegVW0WNCgSiۏ z-Nv>yO 2017-02-16SSYef[ CSSCI--Ne8h_ 761/04/61-67 0457-6241 12-1010/G4 TU2015062 , _021011  TUjInfluences of the adsorption of different elements on the electronic structures of a tin sulfide monolayer 2017-02-21DOI: 10.1039/c6cp08867hwS: 198Ng mf[ ,YNe021086 ,\gZf[ ,qeGYf[ ,Ng 2014092 ,qSfNIN*021018 qSfNIN100% QVibrational branching ratios and radiative lifetimes in the laser cooling of AlBr10.1039/c6cp08181awS19 g7 u 5519--5524ؚs\*2015075 ,NfpgY ؚs\100% ؚs\cScaling phenomena of isobaric yields in projectile fragmentation, spallation, and fission reactions10.1103/PhysRevC.95.024612 92/2/024612l%fe*021136 ,Ğsf[ ,[N9Nf[ Microwave-Assisted Hydrothermal Synthesis of CuS Nanoplate Films on Conductive Substrates as Efficient Counter Electrodes for Liquid-Junction Quantum Dot-Sensitized Solar Cells 2017-02-24&JOURNAL OF THE ELECTROCHEMICAL SOCIETY10.1149/2.1411704jes164(4): H215-H224 0013-4651Y[][2014075 ,sёQ2014046 ,Rx^Zf[ ,"_[gf[ ,s8l8l2014059 ,cSf2014058 ,R2016052 ,YNe*021086 [][100% [][3Induced magnetism in transition metal-doped 1T-ZrS2 2017-02-2510.1016/j.jallcom.2016.11.043wS: 695 u: 2048-2053:ue021122 ,s)YtQ*021129 ,qSfNIN021018 ,4b[w021019 ,hgg441001 mFirst-principles study of electronic structure, elastic and anisotropic thermoelectric properties of BaCu2Se210.1016/j.jallcom.2016.11.368wS: 695 u: 3682-3688Ξe\*021101 ,R_R021168 ,hgxvY First-principles study the elastic constant, electronic structure and thermoelectric properties of Zr1-xHfxNiPb (x=0, 0.25, 0.5, 0.75, 1) 2017-02-2610.1016/j.physleta.2016.10.039wS: 381sN mf[ ,s^m*021138 sN mPStrain in epitaxial high-index Bi2Se3(221) films grown by molecular-beam epitaxy 2017-02-2810.1016/j.apsusc.2016.11.189wS: 396 u: 1825-1830<Ngl_Y ,HkSIQY ,kY ,Ho, WingkinY ,4b[w021019 ,>ё Y ,"wm*Y "wmNgl_Accurate calculations of spectroscopic parameters, transition properties of 17 Lambda-S states and 32 Omega states of SiB+ cation10.1140/epjd/e2016-70574-9 wS: 71 g: 2;Study of B-c* -> Psi(1S, 2S)P, eta(c) (1S, 2S)P weak decays10.1103/PhysRevD.95.036024 95/03/0360240Y[O\021120 ,hg`s*021119 ,sZf[ ,ĞёfNY ,8^021142 WQuantum Effects and Phase Tuning in Epitaxial Hexagonal and Monoclinic MoTe2 Monolayers 2017-03-01ACS NANO10.1021/acsnano.7b00556wS: 11 g: 3 u: 3282-3288 1936-0851QH`Y ,sQRY ,UN`iY ,0uimY ,_&OY ,4b[w021019 ,_NY ,>ё Y ,Ho, WingkinY ,"wm*Y H`VEnhanced Photocatalytic Activity of Bi24O31Br10: Constructing Heterojunction with BiOI)JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY\Q< 10.1016/j.jmst.2016.05.002wS: 33 g: 3 u: 281-2843Zf[ ,\Q2015059 ,sNY ,QwmQY ,ݐ~ f*Y ,s)YlY ,\gvY ݐ~ fZBPromotion of CO oxidation on the Fe/N-X clusters embedded graphene10.1007/s00339-017-0820-x wS: 123 g: 3jZhao, Ming Yuf[ ,Zhao, Ru Mengf[ ,Niu, Meng Mengf[ ,NgOf[ ,lN:_2017067 ,Ng!`^f[ ,Tang, Ya NanY ,4b[w*021019 Zhao, Ming YuNEfficient noble metal nanocatalysts supported on HfC(001) for O-2 dissociation10.1063/1.4978267 wS: 7 g: 3@Wang, Shiyanf[ ,Zhang, Xilinf[ , _\f2016025 ,k^Qf[ ,hg[.s*021117 Wang, ShiyanXEffect of strain on electronic and magnetic properties of n-type Cr-doped WSe2 monolayer2PHYSICA E-LOW-DIMENSIONAL SYSTEMS & NANOSTRUCTURES2Rhf[ ,ue*021122 ,lef[ ,4T[NSf[ ,)P)Pf[ ,s)YtQ021129 RhsQN 0W@x)Yef[ 0lQ Yef[vNNSOO 16wS/3g/75 41-1327/Zhg`s021119 ,OfNۏY ,Y[O\021120 oA theoretical study of the lowest-energy PtPd co-doped silicon clusters: Chirality and fluxional transformation 2017-03-0310.1016/j.physleta.2016.12.054wS: 381 g: 9 u: 873-878MTOf[ ,b܀*022045 ,hgg2015061 , _k021104 ,hgeO022046 ,_VN021115 ,hg[.s021117 NOe.s-NV"l9_NNv8hirtf[[ 2017-03-05 38/3/66-68 32-1216/O4Oepg021012 ,hΏf[ vCrystal structure refinement, ferroelectric and ferromagnetic properties of Ho3+ modified BiFeO3 multiferroic material10.1016/j.jallcom.2016.11.155wS: 696 u: 503-509K[Bhg*022091 ,[!`hff[ ,ςeP2013088 ,[][2014075 , _Z021151 ,s)YtQ021129 ,8^eؚ*gw [Bhg100% 3Electronic structure and magnetism of RbGd2Fe4As4O2 2017-03-0610.1016/j.jallcom.2017.03.017sYf[ ,s^m*021138 sYQAccurate MRCI calculations of the low-lying electronic states of the NCl molecule 2017-03-0710.1140/epjd/e2017-70437-y wS: 71 g: 3'[\[Í*f[ ,e_R`2012108 ,Y[ё Y ,1gueu021043 RHolographic s plus p insulator/superconductor phase transition at zero temperature 2017-03-1010.1016/j.physletb.2017.01.018wS: 766 u: 238-244Ng6q021149 ,>IQf[ , _[[*Y Ng6q100% irt N:SZCarbon-doping-induced negative differential resistance in armchair phosphorene nanoribbons 2017-03-1510.1088/1674-4926/38/3/033005 38/3/033005/i_021106 ,YNe021086 ,s)YtQ021129 ,Rs451002 [Improving the stability of the perovskite solar cells by V2O5 modified transport layer film10.1039/c7ra01303e2017, 7, 18456R_R*021168 ,UO^Of[ @Study on imaging spectrometer with smile and keystone eliminatedOPTICS COMMUNICATIONS10.1016/j.optcom.2016.11.048wS: 387 u: 245-251 0030-4018% _Sf*2015120 ,NdW2013045 , _Q2015063  _Sf100%  _SfIsotope shifts and transition frequencies for the S and P states of lithium: Bethe logarithms and second-order relativistic recoil 2017-03-1710.1103/PhysRevA.95.032504 wS: 95 g: 37sΞf*2013129 ,Chun LiY ,Z.-C. YanY ,G. W. F. DrakeY sΞfeWNO\܏ zKmϑ|~ 2017-03-20 37/3/262-267 0258-0934 11-2016/TL+ _~gsf[ , z)P)Pf[ ,퐷_ef[ ,l%fe021136 ,s021034  _~gsZnO Nanorods with Tunable Aspect Ratios Deriving from Oriented-attachment for Enhanced Performance in Quantum-dot Sensitized Solar CellsELECTROCHIMICA ACTA10.1016/j.electacta.2017.02.029wS: 231 u: 1-12 0013-4686ffk'YO2013032 ,sSftf[ ,f2017020 ,[INO021164 ,[][2014075 ,R[021161 ,_032089 ,ؚ_8l031158 ,Q*031009 fk'YO100% Qfk'YOWMagnetic doping in two-dimensional transition-metal dichalcogenide zirconium diselenide 2017-03-2510.1016/j.jallcom.2016.12.260wS: 698 u: 611-616Fue*021122 ,s)YtQ021129 ,YNe021086 ,4b[w021019 ,qSfNIN021018 ,hgg441001 Ipsi(4040) and psi(4160) decays into Dd Ds pair and the S-D mixing effects,INTERNATIONAL JOURNAL OF THEORETICAL PHYSICS10.1007/s10773-017-3335-5 56/6/18921Y[O\021120 ,hg`s*021119 ,sZf[ ,8^021142 ,lQQ*gw http://apps.webofknowledge.com/Search.do?product=WOS&SID=6DSu4slToaMshSThLJz&search_mode=GeneralSearch&prID=c5ca33bb-f6d8-48e8-b072-b13b9c542795oAccurate predictions of spectroscopic and molecular properties of 20 low lying electronic states of SiP+ cation 2017-03-281- _;N*f[ ,1gueu021043 ,hT9Nf[ ,e_R`2012108 ,Y[ё Y  _;NsRevisiting Zb(b)over-bar couplings in the littlest Higgs model with T parity under current experimental constraints10.1103/PhysRevD.95.055025 95, 055025hgpe2014115 ,ё*Y vEffects of B and N modified interface and applied bias on the magnetoresistance in Fe/MgO/Fe magnetic tunnel junctions10.1063/1.4978752 wS: 121 g: 12Cs)YtQ*021129 ,YNe021086 ,ue(021122)021122 ,[INO021164 ,4b[w021019 ;Characters of of group V and VII atoms doped WSe2 monolayer 2017-03-3010.1016/j.jallcom.2016.12.433wS: 699 u: 291-296+hgjf[ ,ue*021122 ,s)YtQ021129 ,qSfNIN*021018 ue,qSfNINZElectric-field tunable electronic structure in WSe2/arsenene van der Waals heterostructure 2017-04-0110.1016/j.spmi.2017.02.045wS: 104 u: 518-524 _Y ,NgOf[ ,4b[w*021019 wXhb@Si[wX/Al YTPgepirt'`vq_T -Ne8h_-!h[N~v\'DOI:10.13801/j.cnki.fhclxb.20160927.00134/4/836 1000-3851 11-1801/TB8sOOf[ , _shT021001 ,hfY ,}vNSY ,_lWSY ,1gl_Y ,shfY ,l*muQY  _shT100% sOOeTuning the Schottky barrier in the arsenene/graphene van der Waals heterostructures by electric field10.1016/j.physe.2016.11.013 wS: 88 u: 6-10bNgOf[ ,s)YtQ021129 ,4b[w*021019 ,Wang, Xiao-Longf[ ,lN:_2017067 ,Chang, Shan-Shanf[ ,Tang, Ya-NanY ;PHYSICA E-LOW-DIMENSIONAL SYSTEMS & NANOSTRUCTURES 'Y{|irt N:SQCDVP[SFhg Ne|B_c!VVpSǏ zxvzO3^f[bf[b(6qyf[Hr)$10.3969/j.issn.1003-0972.2017.04.006 30/4/539-542 41-1107/N8^021142 ,_^f[ ,sZf[ xA mechanistic study on Decontamination of Methyl Orange Dyes from Aqueous Phase by Mesoporous Pulp Waste and PolyanilineENVIRONMENTAL RESEARCHsXyf[Nu`f[10.1016/j.envres.2016.12.027wS: 154 u: 139-144 0013-9351OThe effect of composition on pressure-induced polyamorphism in metallic glasses'dx.doi.org/10.1016/j.matlet.2016.12.039wS192 u142-1453s8l8l*2014059 ,cSf2014058 ,[][2014075 ,Ng 2014092 hRare Higgs three body decay induced by top-Higgs FCNC coupling in the littlest Higgs model with T-parityCHINESE PHYSICS C10.1088/1674-1137/41/4/043103 41 4 043103$hgpe*2014115 ,R_R021168 ,R[021158 JElectronic and magnetic properties of Mn-doped WSe2 monolayer under strain)P)Pf[ ,ue*021122 ,s)YtQ021129 )P)PmMechanisms of direc< t hydrogen peroxide synthesis on silicon and phosphorus dual-doped graphene: a DFT-D study 2017-04-0710.1039/c6cp08668cwS: 19 g: 13 u: 9007-90150NgUxf[ ,b܀*022045 , _k021104 ,lNOY ,hg[.s021117 NgUx/PHYSICAL CHEMISTRY CHEMICAL PHYSICS SCIR:S^\N'Y{|N:SWCharacterization of the magnetic entropy of double perovskite (Sr1.55Gd0.15Ba0.3)FeMoO6 2017-04-15MATERIALS CHEMISTRY AND PHYSICS!10.1016/j.matchemphys.2017.01.033wS: 191 u: 45-51 0254-0584Gs%f*021150 ,Cui, Yawenf[ ,Xiang, Yubof[ ,Zhang, Liujuf[ ,Xi, Dongyif[ RProperties of half-Heusler compounds TaIrGe by using first-principles calculations 2017-04-19DOI: 10.1007/s00339-017-0990-62017 1235  375s^m*021138 ,O~f[ O~ 2017t^obbgQBand engineering of MoS2/stanene heterostructure: strain and electrostatic gatingNANOTECHNOLOGY10.1088/1361-6528/aa68d8 0957-4484:qeGYf[ ,YNe*021086 ,\gZf[ ,s)YtQ021129 ,m_swZf[ ,O#Y ,NgNlY 3Calculations for electron-impact excitation of Mg4+ 2017-04-2110.1103/PhysRevA.95.042709 95/4/042709FsKQ h*021141 ,L. Fernndez-MencheroY ,O. ZatsarinnyY ,K. BartschatY Dpossibility of searching for B-c* -> B-u,(d),V-s, B-u,B-d,P-s decays 2017-04-2410.1103/PhysRevD.95.074032 95/07/074032QSuppressed dissipation of a quantum emitter coupled to surface plasmon polaritons 2017-04-26PHYSICAL REVIEW B10.1103/PhysRevB.95.161408 2469-9950hg%fm2016036 ,[?*Y hg%fm[?A type-II GeSe/SnS heterobilayer with a suitable direct gap, superior optical absorption and broad spectrum for photovoltaic applications 2017-04-2710.1039/C7TA02109GwS5, u13400-13410-YNe*021086 ,\gZf[ ,qeGYf[ ,>\tY ,O#Y ,NgNlY O 2 (WFeN 4 cBgx~s|{ N"lSyr'`v[^lQtxvz 2017-04-28!h[N~v\34/2/250 51-1199/O42mf[ ,sԈUf[ ,s"k"kf[ ,TOf[ ,b܀*022045 ,hg[.s021117 RA theoretical simulation of small-molecules sensing on an S-vacancy SnS2 monolayer10.1039/c7cp00336fwS: 19 g: 16 u: 10470-10480dZhao, Rumengf[ ,s)YtQ*021129 ,Zhao, Mingyuf[ ,YNe*021086 ,ue(021122)021122 ,[INO021164 ,4b[w021019 Zhao, RumengcA possible highly active supported Ni dimer catalyst for O-2 dissociation: A first-principles study 2017-04-3010.1016/j.apsusc.2017.01.057wS: 402 u: 168-174?Dong, Shanf[ , _\f*2016025 ,Zhang, Xilinf[ ,k^Qf[ ,hg[.s*021117  _\f,hg[.s Dong, Shan}Quasi-classical trajectory insight into stereodynamics for reaction He+D+2 !HeD++D with the improved potential energy surface 2017-05-01!JOURNAL OF MATHEMATICAL CHEMISTRY10.1007/s10910-017-0732-1wS: 55 g: 5 u: 1173-1186 0259-9791u[ENf[ ,Rs*451002 u[ENhNormal Spectral Emissivity Models of Steel 304 at 800-1100 K with an Oxide Layer on the Specimen Surface.TRANSACTIONS OF THE INDIAN INSTITUTE OF METALS10.1007/s12666-016-0907-7wS: 70 g: 4 u: 1083-1090'1gepgf[ ,e_R`*2012108 ,1gueu021043 ,Y[ё Y \Effects of applied strain and electric field on small-molecule sensing by stanene monolayersJOURNAL OF MATERIALS SCIENCE10.1007/s10853-016-0745-3wS: 52 g: 9 u: 5083-5096Ss)YtQ021129 ,Zhao, Rumengf[ ,ue(021122)021122 ,[INO021164 ,4b[w021019 ,YNe*021086 N!kEqp6RYՔcBgݔwiw|SOSvQgIQ'`%10.16366/j.cnki.1000-2367.2017.03.01245/3/84,Y[QNf[ ,s>fZ*021152 ,\Q2015059 ,OY ,s\Nf[ Y[QNcAccurate spectroscopic calculations of the 22 Lambda-S states and 60 Omega states of the PS+ cation 2017-05-0510.1016/j.saa.2017.01.045wS: 178 u: 55-65[Multireference configuration interaction study of the 21 low-lying states of the OF radical9JOURNAL OF QUANTITATIVE SPECTROSCOPY & RADIATIVE TRANSFER198 (2017) 130 140 0022-4073gjxl6RYBiNbO4vtSvQvSTN5u'`xvzPgeyf[Gwml2013059 , _vvf[ ,w9N9Nf[ ,UOUYSff[ ,hg~i`2013044 ,Rwm^t2013063 ,R_R021168 Influence of Al-substitution on structures, resistivity and magnetic properties of LaxSr(2?x)Fe(1+y)Mo(1?y)O6 (x=3y, y=0.05, 0.1, 0.15, 0.2) 2017-05-10CERAMICS INTERNATIONAL10.1016/j.ceramint.2017.01.090 43/7/5585 0272-8842(sёQ*2014046 ,[][2014075 ,NgNf[ ,^gqf[ sёQCombined effects of hole doping and offstoichiometry on the structures, transport, and magnetic properties of Sr(2y)NayFe(1x)Mo(1+x)O6 (x ? 0/5x ? y; y ? 0, 0.05, 0.1, 0.15, 0.2, and 0.3) 2017-05-1610.1039/c7ra02919e 7/42/26185sёQ*2014046 , _^f021079 Solution processed double-decked V2Ox/PEDOT: PSS film serves as the hole transport layer of an inverted planar perovskite solar cell with high performance 2017-05-1710.1039/c7ra04414cwS: 7 g: 42 u: 26202-26210(R_R021168 ,UO^Of[ ,RQQf[ ,/eRRf[ ,ft*Y fteEffects of electric field on the electronic structures of MoS2/arsenene van der Waals heterostructure 2017-05-2510.1016/j.jallcom.2017.02.156wS: 705 u: 486-491?NgO031023 ,s)YtQ021129 ,4b[w*021019 ,lN:_2017067 ,Tang, YananY cBg{V)T{|~SOZTirSwxvz 2017-05-27,{VJ\eW*Y35u`lf[/gxOeƖ VQf[/gOeƖ,{VJ\eW*Y35u`lf[/gxO-NVSNsQgsY ,N~cY knfeP]Biaxial tensile strain modulates magnetic properties of the 3d transition metal doped stanene10.1016/j.spmi.2017.03.033wS: 106 u: 33-4944b[w*021019 ,Zhao, Ming-Yuf[ ,Zhao, Ru-Mengf[ ,NgOf[ En- and p-type dopants in the InSe monolayer via substitutional doping10.1007/s10853-017-0957-152/12/7207-72143Ng 2014092 ,YNe*021086 ,[][2014075 ,\gZf[ ,qeGYf[ Ng 100% Ng VSpectral emissivity model of steel 309S during the growth of oxide layer at 800-1100 K(10.1016/j.ijheatmasstransfer.2017.02.062wS: 109 u: 853-861 1gepgf[ ,e_R`*2012108 ,1gueu021043 >Strong effect of compressive strain on Ni-doped monolayer WSe2>Rhf[ ,ue*021122 ,)P)Pf[ ,4T[NSf[ ,lef[ ,s)YtQ021129 ,qSfNIN021018 p+56FeceˆS^-N TMO }Nu*bbvĉ_sa 2017-06-02< SP[8hirtċ10.11804/NuclPhysRev.34.02.15434/2/154 1007-4627 62-1131/O4of=Nf[ ,l%fe021136 of=NkDirect Growth of Feather-Like ZnO Structures by a Facile Solution Technique for Photo-Detecting ApplicationNANOSCALE RESEARCH LETTERSDOI 10.1186/s11671-017-2252-0 2017, 12:483,sc*021144 ,RLuQ121089 ,!eOef[ ,Rwm^t2013063 In-situ transmittance measurement of polarization and dielectric relaxation behaviors of LiNbO3 ferroelectric nanocrystal in polycarbonate matrix 2017-06-05 APETC201710.12783/dtetr/apetc2017/1109772017 Asia-Pacific Engineering and Technology ConferencelegN TaWGwml2013059 ,R_R021168 ,NgwmRf[ ,Ng~Yf[ ,W~f[ ,hg~i`2013044 ,Rwm^t2013063 8B* -> (D)over-barD decays with perturbative QCD approach 2017-06-0610.1088/1361-6471/aa7294 44/07/0750078Y[O\021120 ,Ngwmqf[ ,hg`s*021119 ,sZf[ ,8^021142 ,lQQ*gw 9Diphoton signal of the light Higgs boson in natural NMSSM10.1103/PhysRevD.95.1160019511 'fOpg*021038 ,\ޘf[ ,:hgPNf[ ,4TWeY , _3Y jIn situ polarization and dielectric property measurements of Pb(Zr0.52Ti0.48)O3 ferroelectric nanocrystals 2017-06-07Heliyon 3/6/e00313 2405-8440Gwml2013059 ,sc021144 ,Ng~Yf[ , _vvf[ ,UOUYSff[ ,w9N9Nf[ , _Tf[ ,hg~i`2013044 vElectrostatic gating dependent multiple-band alignments in a high-temperature ferromagnetic Mg(OH)2/VS2 heterobilayer 2017-06-0910.1103/PhysRevB.95.245408wS95,u 245408-245412EqeGYf[ ,YNe*021086 ,\gZf[ ,s)YtQ021129 ,ue021122 ,m_swZY ,O_fY ,NgNlY Investigating an intermediate-band photovoltaic material based on scandium-hyperdoped silicon through first-principles calculations 2017-06-12OPTICS EXPRESS$https://doi.org/10.1364/OE.25.00A602mFirst principles study on the adsorption of Au dimer on metal-oxide surfaces: The implications for Au growing 2017-06-15wS426u554-561.-csf[ , _\f2016025 , _Ugf[ ,k^Qf[ ,hg[.s*021117 SMagnetoresistance investigation of Sr2FeMoO6 by Fe modification at grain boundaries"10.1016/j.materresbull.2017.02.029 90/145-150 sёQ100% [Multireference configuration interaction study of the 27 low-lying states of the PF+ cation10.1016/j.saa.2017.03.050wS: 181 u: 226-238JStudy of the weak annihilation contributions in charmless B-s -> VV decays 2017-06-2010.1140/epjc/s10052-017-4980-977/6/415%8^*021142 ,NgSf`if[ ,Nge:_Y ,Y[O\021120 3yxvIQ1S\s[kxvz 2017-06-2241-46 cn41-1109n% _ޘf[ ,H\^f[ ,NdW2013045 ,Rs451002 NdW100%  _ޘkElectric field-tunable electronic structures of 2D alkaline-earth metal hydroxide-graphene heterostructures 2017-06-2610.1039/C7TC02288CwS5u7230-7235FYNe*021086 ,ؚ:_f[ ,qeGYf[ ,\gZf[ ,ue021122 ,s)YtQ021129 ,O#*Y ,NgNl*Y YNe,O#,NgNllSORP[(WCo-BNhb8TDv,{N'`Stxvz 2017-06-28wS34 g3 u522-526Db܀022045 ,hs=Nf[ ,TOf[ , zmf[ ,hgeO022046 ,_VN021115 ,hg[.s*021117 _VN100% [The influence of hydrogen bonds on NIAD-4 for use in the optical imaging of amyloid fibrils10.1039/c7cp02268awS: 19 g: 24 u: 15849-158558A new strongly topological node-line semimetal beta-PbO2 2017-06-29&doi.org/10.1016/j.physleta.2017.06.041dExtensive theoretical study on the excited states of the PCl+ molecule including spin-orbit coupling 2017-07-0110.1016/j.jqsrt.2017.0 4.011wS: 196 u: 142-148, _Sf2016039 ,~u021172 ,R`܏f[ ,Rs*451002  _Sf100%  _Sf8Model for a Sphere Flat Elastic Plastic Adhesion Contact-JOURNAL OF TRIBOLOGY-TRANSACTIONS OF THE ASME 139/4/041401 0742-4787s_*2015077 ,sёQ2014046 s_100% s_dCO oxidation on single Pd atom embedded defect-graphene via a new termolecular Eley-Rideal mechanism10.1016/j.carbon.2017.03.034wS: 118 u: 35-42=_VN021115 ,sQf[ ,hgg2015061 ,lNOY ,hg[.s021117 ,b܀*022045 CARBON ^\NSCI 'Y{|N:SJHeavy fermion behavior in the quasi-one-dimensional Kondo lattice CeCo2Ga8 2017-07-04NPJ Quantum Materials10.1038/s41535-017-0040-9Le WangY ,NSf021153 ,Jianping SunY ,Min LiuY ,Wei YiY ,Changjiang YiY ,Yongkang LuoY ,Yaomin DaiY ,Guangtong LiuY ,Yoshitaka MatsushitaY ,Kazunari YamauraY ,Li LuY ,Jin-Guang ChengY ,Yi-feng YangY ,Youguo ShiY ,Jianlin LuoY Le Wang,NSf0g R/fNatureBg_vT\Og R 1uN/fecQvBg_ @bN؏*gSCI6eU_0_NlwQSOR:SOo`0wFacile synthesis, structures, chemical states and physical properties of theSr2Mn(1+x)W(1-x)O6 (0 <= x <= 3/5) ceramics 2017-07-0510.1088/1361-6463/aa7607 50/30/305001%sёQ*2014046 , _^f021079 ,f[ ,_ff[ WA promising single atom catalyst for CO oxidation: Ag on boron vacancies of h-BN sheets 2017-07-0710.1039/c7cp02430dwS: 19 g: 25 u: 16795-16805:b܀022045 ,TOf[ ,hg[.s*021117 ,NgUxf[ ,lNOY ,Wu, Ruqian*Y hg[.s,Wu, Ruqian[Effects of Sm doping content on the ionic conduction of CeO2 in SOFCs from first principles 2017-07-10APPLIED PHYSICS LETTERS10.1063/1.4993897 wS: 111 g: 2KNSf021153 ,Sun, Qianf[ ,Ma, DongweiY , _Z021151 ,[INO021164 ,hg[.s*021117 gThe electronic transport properties of zigzag phosphorene-like MX ( M = Ge/Sn, X = S/Se) nanostructures 2017-07-1410.1039/c7cp02201hwS: 19 g: 26 u: 17210-17215R _hTf[ ,[INO*021164 ,Y[8l:_f[ ,fk'YO2013032 ,Hf[t^2013015 ,s)YtQ021129 ,_VN021115 ,sdWY  _hTdMultireference configuration interaction study of ground and low-lying excited states of BrO radical 2017-07-1510.1016/j.comptc.2017.03.037wS: 1112 u: 94-103&hT9Nf[ ,e_R`*2012108 ,Y[ё Y ,1gueu021043 hT9NqBroadband ultrafast photovoltaic detectors based on large-scale topological insulator Sb2Te3/STO heterostructures 2017-07-21 NANOSCALER10.1039/c7nr01715dwS: 9 g: 27 u: 9325-9332 2040-3364)Sun, HonghuiY ,R2016052 ,Jiang, T**gw Jiang, T Sun, Honghui=Optomechanically induced transparency in a spinning resonatorPHOTONICS RESEARCHdoi.org/10.1364/PRJ.5.000367wS: 5 g: 4 u: 367-371 2327-9125 T fY ,NY022092 ,Jing, Hui**gw Jing, HuiT fHydrothermal synthesis of In2O3 nanoparticles hybrid twins hexagonal disk ZnO heterostructures for enhanced photocatalytic activities and stability 2017-07-2510.1186/s11671-017-2233-3wS: 123Rwm^t*2013063 ,wml2013059 ,hg~i`2013044 ,R_R021168 dHydrothermal-Assisted Sintering Strategy Towards Porous-and Hollow-Structured LiNb3O8 Anode Material10.1186/s11671-017-2234-2Pwml*2013059<  ,Rwm^t2013063 ,Ng~Yf[ ,ѐg3f[ ,%fpgf[ , _Tf[ ,Li, QilingY ,hg~i`2013044 {Electronic structure, optical and thermoelectric properties of half-Heusler ZrIrX(X = As, Sb, Bi): a first principles study 2017-07-26$JOURNAL OF COMPUTATIONAL ELECTRONICS10.1007/s10825-017-1037-0 1569-8025O~f[ ,s^m*021138 vModulation of interfacial electronic properties in PbI2 and BN van der Waals heterobilayer via external electric field 2017-07-3110.1016/j.apsusc.2017.03.109wS: 411 u: 46-52[lN:_2017067 ,ue(021122)*021122 ,[r f[ ,4b[w*021019 ,NgOf[ ,s\f[ ,uf[f[ ,s)YtQ021129 ,UN`iY <Charmless B-c -> VV decays in the QCD factorization approach 2017-08-0110.1088/1361-6471/aa7bca 44/8/085005#8^*021142 ,sZf[ ,Y[O\021120 ,闗gf[ XSpectral emissivity of type E235B low carbon structural steel with different roughnessesOPTICAL REVIEW10.1007/s10043-017-0345-8wS: 24 g: 4 u: 540-548 1340-6000%NdW2013045 , _ޘf[ ,R hf[ ,Rs*451002 VHiggs-strahlung production of the lightest CP-even Higgs boson at ILC in natural NMSSM10.1016/j.cjph.2017.04.007wS: 55 g: 4 u: 1723-1728 ag021157 ,sef[ ,hTwmY*2015110 hTwmYyApplication of the light-front holographic wavefunction for heavy-light pseudoscalar meson in B-d,B-s -> D-d,D-s P decaysNUCLEAR PHYSICS B10.1016/j.nuclphysb.2017.06.002 921/ 454-4718^*021142 ,_^f[ ,Hupef[ rPreparation and Property of a Novel Heat-resistant Ceramic Composite Solid-state Electrolyte for Lithium BatteriesJOURNAL OF INORGANIC MATERIALS10.15541/jim20160617wS: 32 g: 8 u: 801-805 1000-324X 31-1363/TQ.Ngbef[ ,\~N*031174 ,sy4Zf[ ,NgY4Zf[ ,hgfN^*031011 hgfN^100% \~N,hgfN^NgbeZTheoretical study of direct versus oxygen -assisted water dissociation on Co(0001) surface10.1016/j.cplett.2017.05.033wS: 681 u: 29-35+hgpgf[ ,Ma, J. J.Y ,lm~*021140 ,4b[w021019 hgpgRPgeNNxvzW[Yef[!j_c"}[[xvzNc"}36/8/184 1006-7167 31-1707/T4s>fZ021152 ,1g)P)Pf[ ,s\Nf[ ,RNtf[ ,Rgaf[ ,_gwmf[ ,>OZSf[ oThe electronic structure and optical properties of CsAX(2)X' (A=Ge, Sn, Pb; X, X'=Cl, Br, I) Halide perovskites 2017-08-09;OPTOELECTRONICS AND ADVANCED MATERIALS-RAPID COMMUNICATIONS 1842-6573s^m*021138 ,O~f[ ,sN mf[ UNovel two-dimensional ferroelectric PbTe under tension: A first-principles prediction 2017-08-1410.1063/1.4989614 wS: 122 g: 6 _Ugf[ ,hg[.s021117 ,H|*Y H|+T0lWmTmvf*YkyQl8T6e!jbxvz 2017-08-15/YJYXSwS32 g8 u590-595 1007-2780 22-1259/O4&c^GYf[ , zevQf[ ,Nghf[ ,HlzY ,lR`021083 c^GYaThe Effects of Li/Nb Ratio on the Preparation and Photocatalytic Performance of Li-Nb-O Compounds10.1186/s11671-017-2273-8Iwml*2013059 ,Rwm^t2013063 ,Ng~Yf[ ,ѐg3f[ ,%fpgf[ ,s-ff[ ,blelef[ ,hg~i`2013044 GAccelerating oxygen reduction on Pt monolayer via substrate compression 2017-08-17(https://doi.org/10.1088/1361-6463/aa86e1wS50g43u435501% _Ugf[ ,H|Y ,hg[.s*021117 ,b܀022045 8Dielectric properties of Y and Nb co-doped TiO2 ceramicsSCIENTIFIC REPORTS10.1038/s41598-017-09141-07/8517;s>fZ*021152 , _xf[ ,_gwmf[ ,s\Nf[ ,s%f021150 ,3uؚ*f[ ,Y[QNf[ lRelativistic multireference coupled-cluster theory based on a B-spline basis: Application to atomic francium10.1103/PhysRevA.96.02251396U8ll*2014051 ,ZQ DM decays with perturbative QCD approach 2017-08-2310.1103/PhysRevD.96.036010 96/03/036010>Y[O\021120 ,ؚmf[ ,hg`s*021119 ,8^021142 ,sZf[ ,lQQ*gw ,ĞёfNY OLooking for new physics via semi-leptonic and leptonic rare decays of D and D-s 2017-09-01ݐU^10.1088/1674-1137/41/9/093107 wS: 41 g: 9QGuo, Xing-Dao*Y ,ݐU^2013014 ,Ke, Hong-WeiY ,Zhao, Ming-GangY ,Li, Xue-QianY Guo, Xing-DaoYImpurity characteristics of group V and VII element-doped two-dimensional ZrSe2 monolayer10.1016/j.physe.2017.06.032wS: 93 u: 279-283se022072 ,\gC*f[ ,qSfNIN021018 \gC>Gamma measurement based on CMOS sensor and ARM microcontrollerNUCLEAR SCIENCE AND TECHNIQUES10.1007/s41365-017-0276-x28/9/122* z)P)Pf[ ,^_022054 ,l%fe*021136 ,s021034  z)P)P_Numerical study on enhanced absorption of nanospaced MoS2 multilayers via guided-mode resonance10.1088/1361-6463/aa8531FlKQ܀f[ ,wm*021162 , _Q2015063 ,YN:_2016047 ,^y[Y ,cf[ ,q[Rf[ , _shTY ?Strain effect on the electronic properties of 1T-HfS2 monolayer10.1016/j.physe.2017.05.008 wS: 93 u: 1-5F4T[NSf[ ,ue(021122)*021122 ,lef[ ,)P)Pf[ ,Rhf[ ,s)YtQ021129 ,qSfNIN021018 ue(021122) cknxR:SSCI3:S3Electronic structure in 1T-ZrS2 monolayer by strain2)P)Pf[ ,ue*021122 ,lef[ ,4T[NSf[ ,Rhf[ ,qSfNIN021018 "140 AMeV 58;64Ni+9Be S^-N TMOeh^ĉ_vxvz 2017-09-0210.11804/NuclPhysRev.34.03.52534/3/525.TN%fnf[ ,l%fe*021136 ,[rf[ ,of=Nf[ ,Nuuf[ ,[N9Nf[ TN%fnUPreparation and Photocatalytic Performance of Hollow Structure LiNb3O8 Photocatalysts10.1186/s11671-017-2291-6Iwml*2013059 ,blelef[ , _Tf[ ,Ng~Yf[ ,hg)Rs^f[ ,%fpgf[ ,Rwm^t2013063 ,hg~i`2013044 gExperimental determination of one- and two-neutron separation energies for neutron-rich copper isotopes10.1088/1674-1137/41/9/094001 41/9/094001%NRY ,Ogas021133 ,[N9Nf[ ,l%fe*021136 NR@Ferromagnetic properties of Mn-doped HfS2 monolayer under strain 2017-09-09SOLID STATE COMMUNICATIONS10.1016/j.ssc.2017.09.012>lef[ ,ue*021122 ,4T[NSf[ ,)P)Pf[ ,Rhf[ ,s)YtQ021129 ,qSfNIN021018 Hierarchical TiO2 Structures Derived from F- Mediated Oriented Assembly as Triple-functional Photoanode Material for Improved Performances in CdS/CdSe Sensitized Solar Cells 2017-09-1010.1016/j.electacta.2017.06.150wS: 248 u: 79-89bfk'YO2013032 ,sSftf[ ,[INO021164 ,[][2014075 ,R[021161 ,s~ʃf[ ,ؚ_8l*031158 ,_032089 ,Q*031009 ؚ_8l,QBr 2 RP[(W360 610 nmvIQ㉻yRRf[xvz 2017-09-12ACTA PHYSICA SINICA 66/19/193301ygg*021169 ,Ğqf[ ,m_s\021016 yElectric field modulations of band alignme< nts in arsenene/Ca(OH)2 heterobilayers for multi-functional device applications 2017-09-1810.1088/1361-6463/aa837c/YNe*021086 ,qeGYf[ ,\gZf[ ,m_swZY ,O#Y ,NgNl*Y GA simulation study on terahertz absorption of liquid crystal mixture E7 2017-09-2010.1088/1361-6463/aa7d6c wS: 50 g: 37.c^GYf[ , zevQf[ ,Nghf[ ,sQfZ*021152 ,s\Nf[ ,RNtf[ ,T[ggf[ ,Y[QNf[ ,s%f021150 ,1g)P)Pf[ Oxygen-incorporated few-layer MoS2 vertically aligned on three-dimensional graphene matrix for enhanced catalytic performances in quantum dot sensitized solar cells10.1016/j.carbon.2017.07.086wS: 123 u: 756-766Pfk'YO2013032 ,sINkf[ ,sNZf[ ,s~ʃf[ ,[INO021164 ,ؚ_8l031158 ,_032089 ,Q*031009 DNonadiabatic redshifts in high-order harmonic generation from solids 2017-10-0210.1364/OE.25.023654wS: 25 g: 20 u: 23654-23662>IQ^t021085 ,Ğ\"k*Y ,^Sf[n*Y >IQ^t100% Ğ\"k,^Sf[n>IQ^t~MRCI study of the spectroscopic parameters and transition properties of the 36 low-lying electronic states of the B-2 molecule 2017-10-0510.1016/j.saa.2017.05.074wS: 185 u: 349-364A First-Principles Study of O-2 Dissociation on Platinum Modified Titanium Carbide: A Possible Efficient Catalyst for the Oxygen Reduction ReactionJOURNAL OF PHYSICAL CHEMISTRY C10.1021/acs.jpcc.7b05348wS: 121 g: 39 u: 21333-21342:sYf_f[ ,ZitQ=N021057 , _Ugf[ , _\f2016025 ,k^Qf[ ,hg[.s*021117 sYf_7Sneutrino DM in the NMSSM with inverse seesaw mechanism 2017-10-0610.1007/JHEP10(2017)04410.fOpg*021038 ,\ޘf[ ,:hgPNf[ ,\NN2016044 ,\܏ef[ pModulation of electronic transport properties in armchair phosphorene nanoribbons by doping and edge passivation 2017-10-0910.1038/s41598-017-13212-7wS: 70i_021106 ,s)YtQ021129 ,YNe021086 ,Rs*451002 The Influence of ZnO Nanorod Length and Counter Electrode Material on the Photovoltaic Properties of CdS/CdSe Quantum Dots Cosensitized ZnO Nanorods Solar CellsIEEE JOURNAL OF PHOTOVOLTAICS10.1109/JPHOTOV.2017.27544137(6): 1653-1662 2156-3381;Rx^Zf[ ,[][*2014075 , _Z*021151 ,lvvf[ ,/cdWf[ ,NZf[ ,UO^Of[ [][, _ZRx^ZWNyf[,g(>fSvYef[xvz  Nؚ-N[r,{N[_:NO 2017-10-10Yeyf[xvz10/66 1009-718X 11-4573/DOepg021012 ,HYu[f[ ^First-principles investigation of H2S adsorption and dissociation on titanium carbide surfaces 2017-10-1219/39/ 27116-27122.sYf_f[ , _Ugf[ , _\f2016025 ,k^Qf[ ,hg[.s*021117 DImaging the halogen bond in self-assembled halogenbenzenes on silver 2017-10-13SCIENCE10.1126/science.aai8625wS: 358 g: 6360 u: 206-+ 0036-8075Han, ZhuminY ,Czap, GregoryY ,Chiang, Chi-LunY ,Xu, ChenY ,Wagner, Peter J.Y ,Wei, XinyuanY , _\f2016025 ,Wu, Ruqian*Y ,Ho, W.*Y Wu, Ruqian,Ho, W. Han, ZhuminZInteraction between H2O, N-2, CO, NO, NO2 and N2O molecules and a defective WSe2 monolayer 2017-10-1410.1039/c7cp04351awS: 19 g: 38 u: 26022-26033fMa, Dongwei*Y ,Ma, BenyuanY ,Lu, ZhiwenY ,He, Chaozheng*Y ,Tang, Yanan*Y ,b܀022045 ,hg[.s021117 %Ma, Dongwei,He, Chaozheng,Tang, YananvAdsorption patterns of aromatic amino acids on monolayer MoS2 and Au-modified MoS2 surfaces: A first -principles study 2017-10-15 1118/15/115[^*021171 ,Nghf[ ,hgaOef[ ,Zqf[ [^100% lStudy on the spectroscopic parameters and transition probabilities of 25 low-lying states of the AlC+ cation 2017-10-19+https://doi.org/10.1016/j.jqsrt.2017.08.013 202:265-2782 _Mb021121 ,e_R`*2012108 ,ROY ,Y[ё Y ,1gueu021043  _Mb100%  _MbiFirst-principles study of the electronic structure and thermoelectric properties of LaOBiCh(2) (Ch=S, Se) 2017-10-2010.1142/S0217984917502657 wS: 31 g: 29s^m*021138 ,m_s\021016 qThe role of the intrinsic Se and In vacancies in the interaction of O-2 and H2O molecules with the InSe monolayer 2017-10-2810.1016/j.apsusc.2017.10.204wS: 434 u: 215-227uMa, Dongwei*Y ,Li, TingxianY ,Yuan, DiY ,He, Chaozheng*Y ,Lu, ZhiwenY ,b܀022045 ,hg[.s021117 ,Wang, Yuanxu**gw &Ma, Dongwei,He, Chaozheng,Wang, Yuanxu,{N'`StxvzCO(WCu(110)hbv8TD34/5/847+hgeO022046 ,kNsY ,ROZ2013070 ,_VN021115 hgeO100% hgeOkTheoretical study of the charge transport mechanism in pi-stacked systems of organic semiconductor crystals CRYSTENGCOMM1 0.1039/c 7ce01359kwS: 19 g: 40 u: 6008-6019 1466-8033One-pot facile synthesis of Bi2S3/SnS2/Bi2O3 ternary heterojunction as advanced double Z-scheme photocatalytic system for efficient dye removal under sunlight irradiation 2017-10-31< 10.1016/j.apsusc.2017.05.147 420 : 233-242Jy]f[ ,sgf[ ,hgOsf[ ,hg܀`if[ ,H2f[ ,[lY ,cm*2015003 ,Y[V[*Y ,Y[QR*031012 cm cm,Y[V[,Y[QRy]WThe rectifying effect of heterojunctions composed of carbon and boron nitride nanotubes 2017-11-01ORGANIC ELECTRONICS10.1016/j.orgel.2017.07.027wS: 50 u: 43-470[INO*021164 ,s)YtQ021129 ,NSf021153 ,&qgqR021080 WThe Experimental Investigation into the Emissivity of Armco A3, Steel 304 and Steel 201(10.3964/j.issn.1000-0593(2017)11-3594-06wS: 37 g: 11 u: 3594-3599'_Tf[ ,NdW*2013045 , _QNSf[ ,Rs*451002 _T[Colossal permittivity and impedance analysis of tantalum and samarium codoped TiO2 ceramics10.1016/j.ceramint.2017.07.03443/13349Is>fZ*021152 , _xf[ ,3uؚ*f[ ,Y[QNf[ ,s%f*021150 ,Sgkf[ ,s\Nf[ ,f[ , _Yu>Nf[ s>fZ,s%fRAccurate predictions of spectroscopic and molecular properties of the NTe molecule10.1016/j.jqsrt.2017.07.015wS202 u: 50-57-R`܏f[ , _Sf2016039 ,~u*021172 ,Rs*451002 GElectrochemical properties of NiCoO2 synthesized by hydrothermal method10.1039/c7ra10232a 7/80/50753Ms>fZ*021152 ,NgkSf[ ,s\Nf[ , _Fmf[ ,Y[QNf[ ,ؚEuf[ ,\Q2015059 ,s%f021150 ,1g)P)Pf[ FAn empirical formula for isotopic yield in Fe + p spallation reactions10.1088/1361-6471/aa90e6 44/12/125101l%fe*021136 ,of=Nf[ vPotential Energy Curves, Transition Dipole Moments, and Franck-Condon Factors of the 12 Low-Lying States of BrO- Anion 2017-11-0210.1021/acs.jpca.7b07207wS: 121 g: 43 u: 8207-8216&kZf[ ,e_R`*2012108 ,Y[ё Y ,1gueu021043 kZGMonolayer Sc2CO2: A Promising Candidate as a SO2 Gas Sensor or Capturer10.1021/acs.jpcc.7b07921wS: 121 g: 43 u: 24077-24084@lm~021140 ,Yuan, Dongyuf[ ,&qgqR*021080 ,s)YtQ021129 ,4b[w021019 -Nؚ-NirtYePgirtf[S`NvRgNk 2017-11-05 38/11/63-67Oepg021012 ,u"k"kf[ eUltrathin beta-tellurium layers grown on highly oriented pyrolytic graphite by molecular-beam epitaxy 2017-11-07 Chen, Jinglei10.1039/c7nr04085gwS: 9 g: 41 u: 15945-15948WChen, JingleiY ,Dai, YaweiY ,lN:_2017067 ,4b[w*021019 ,Ho, WingkinY ,Xie, Maohai*Y 4b[w,Xie, Maohai^3d transition metal doping-induced electronic structures and magnetism in 1T-HfSe 2 monolayers10.1039/c7ra11040e2017, 7, 52747 52754=ue*021122 ,hgjf[ ,s)YtQ021129 ,lef[ ,qSfNIN021018 ,YNe*021086 One-pot hydrothermal synthesis of thioglycolic acid-capped CdSe quantum dots-sensitized mesoscopic TiO2 photoanodes for sensitized solar cells&SOLAR ENERGY MATERIALS AND SOLAR CELLSS[][*2014075 ,Rx^Zf[ ,R2016052 ,^s^Y ,s8l8l2014059 ,cSf2014058 ,/cdWf[ ,YNe021086 FImpurity states in InSe monolayers doped with group II and IV elements 2017-11-1410.1063/1.4998326 122/18/185702&Ng 2014092 ,\gZf[ ,qeGYf[ ,YNe*021086 7Search for the rare decay D_{+} \to D^{0} e^{+} \nu_{e} 2017-11-1510.1103/PhysRevD.96.092002 Yns^*2015165 Yns^100% Yns^uType-I Ca(OH)2/-MoTe2 vdW heterostructure for ultraviolet optoelectronic device applications: electric field effects10.1039/C7TC03779AwS5, u12629-126349ؚ:_f[ ,YNe*021086 ,qeGYf[ ,\gZf[ ,s)YtQ021129 ,O#Y ,NgNlY ؚ:_First-principles investigations of phase stability, mechanical, thermal and optical properties of Ti-3(Al-1-Si-x(x))C-2 solid solutions10.1016/j.jallcom.2017.07.068wS: 724 u: 603-613&qgqR*021080 ,NgNvf[ ,lm~021140 &qgqR100% ;Topological phase transition in layered XIn2P2 (X = Ca, Sr) 2017-11-2210.1088/1361-6463/aa8eaf 50/46/465304'sYf[ ,s^m*021138 ,w$j_f[ ,sN mf[ ,0u_f[ cTwo-dimensional transition-metal dichalcogenides-based ferromagnetic van der Waals heterostructures 2017-11-2810.1039/C7NR06473J2\gZf[ ,YNe*021086 ,qeGYf[ ,s)YtQ021129 ,>\tY ,NgNlY yThe analytical one-loop contributions to Higgs boson mass in the Supersymmetric Standard Model with vector-like particles 2017-11-30sSf]10.1142/S0217751X17450026 wS: 32 g: 33,Tianjun Li,*gw ,Wenyu Wang**gw ,sSf]2015106 Wenyu Wang Tianjun Li,@http://www.worldscientific.com/doi/abs/10.1142/S0217751X17450026xTheoretical study on excited state intramolecular proton transfer process of 2,5-bis(benzoxazol-2-yl) thiophene-3,4-diol 2017-12-0110.1016/j.jlumin.2017.07.024wS: 192 u: 541-546!>)Rf[ ,Nggckf[ ,NgNf[ ,Rs*451002 >)RqElectronic structure and optical properties for blue phosphorene/graphene-like GaN van der Waals heterostructuresCURRENT APPLIED PHYSICS)https://doi.org/10.1016/j.cap.2017.09.017>vfvff[ ,hT_aW*2013030 ,s)YtQ021129 ,b܀022045 ,hg[.s021117 ,R fY vfvfdAbnormal mode splitting in photonic crystals micro-cavity containing highly dispersive metamaterialsJOURNAL OF OPTICS10.1088/2040-8986/aa9293 2040-8978Fwm*021162 , _dWf[ ,^y[Y , _Q2015063 ,YN:_2016047 ,lKQ܀f[ , _/cnY , _shTY Hydrogen bond strengthening induces fluorescence quenching of PRODAN derivative by turning on twisted intramolecular charge transfer 2017-12-0510.1016/j.saa.2017.06.029 wS187 u68-74,hgRRf[ ,NgNf[ ,Nggckf[ ,Rs*451002 ,Q031009 oTuning the Physical and Chemical Properties of 2D InSe with Interstitial Boron Doping: A First-Principles Study 2017-12-06SCIE6eU_10.1021/acs.jpcc.7b08588121/28312-28316>NSf021153 ,hgZSef[ , _Z021151 ,b܀022045 ,hg[.s*021117 ,lNO*Y hg[.s,lNOrEfficient and stable perovskite solar cells based on high-quality CH3NH3PbI3-xClx films modified by V2Ox additives 2017-12-1410.1039/c7ta06752fwS: 5 g: 46 u: 24282-24291`R_R*021168 ,UO^Of[ ,RQQf[ ,sfZ021152 ,NgkSf[ ,]Nf[ , _Yu>Nf[ s%f100% *A New Dirac Semimetal in Hexagonal BaGaSnH(JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN10.7566/JPSJ.86.124714 wS: 86 g: 12Dobservation of \chi_{c2}\to \eta'\eta' and \chi_{c0,2}\to \eta\eta' 2017-12-18*https://doi.org/10.1103/PhysRevD.96.112006 96/11/112006!Yns^2015165 ,ѐl*Y ,BEST\O~vQ[bXTY ѐl.Search for 3686 ! ((1405)) !  +  - 0 2017-12-2010.1103/PhysRevD.96.112008 96/11/112008+8^*021142 ,~sf[ ,Y[O\021120 ,BEST\O~vQ[bXTY < Theoretical studies on the effect of benzene and thiophene groups on the charge transport properties of Isoindigo and its derivatives 2017-12-2110.1140/epjd/e2017-80211-x wS: 71 u: 314->ZSf[ ,Ogas021133 ,SNwZf[ ,eŖ^tf[ ,Rs*451002 >ZS(Wweb of science؏ Nh"}/E6 GUT through effects of dimension-5 operators 2017-12-22"Journal of Physics Communications(https://doi.org/10.1088/2399-6528/aa98d1 1/055025/1-26 2399-6528ĞgFUY ,NgeT021091 ,4T\~Y ĞgFUTMultinucleon transfer dynamics in heavy-ion collisions near Coulomb-barrier energies 2017-12-2910.1103/PhysRevC.96.064622 96/6/064622'[rf[ ,HOY ,퐚NޘY ,l%fe021136 ,Q^*Y Q^[r]Edge modulation of electronics and transport properties of cliff-edge phosphorene nanoribbons 2017-12-3110.1016/j.apsusc.2017.08.197wS: 426 u: 1256-1262CCO oxidation on Mn-N4 porphyrin-like carbon nanotube: A DFT-D study10.1016/j.apsusc.2017.08.217wS: 426 u: 1232-12403b܀022045 ,hghf[ ,lNO*Y ,TOf[ ,NgUxf[ ,hg[.s*021117 oIQSpeTlR)n^[oIQ:W-NN2ORP[STvq_T 2018-01-01ϑP[5uP[f[b=     J  IS SN  L              2018 351 37-41 1007-5461 _ΞΞf[ ,ygg021169  _ΞΞ_Remote measurement of low-energy radiation based on ARM board and ZigBee wireless communications10.1007/s41365-017-0344-22018 wS: 29 g: 1?se(022072)022072 , _~gsf[ ,[Veyf[ ,퐷_ef[ ,l%fe*021136 ,s021034 se(022072)TMass dependence of temperature for intermediate mass fragment in heavy-ion reactions10.1088/1361-6471/aa8a242018 451 015102-015112l%fe*021136 ,Nuuf[ ,0uOY rEffect of oxygen vacancies and Ag deposition on the magnetic properties of Ag/N co-doped TiO2 single-crystal films'DOI: 10.1016/j.materresbull.2018.01.0452018 (102): 337-3411PNQY ,_Yf[ ,hT_aW2013030 ,swm021109 ,qY ,wbQ*Y wbQPNQMRCI study on the spectroscopic parameters, transition dipole moments and transition probabilities of 16 low-lying states of the BeB radical10.1016/j.jqsrt.2017.12.0242018 208: 1-11iEngineering intermediate-band photovoltaic material by heavily co-doping selenium and nitrogen in siliconAPPLIED PHYSICS EXPRESS10.7567/APEX.11.0113032018 111 011303&cSf*2014058 ,s8l8l2014059 ,[][2014075 dEXPERIMENTAL DETERMINATION OF EMISSIVITY MODELS OF STEEL 201 AT 800 1100 K DURING OXIDE LAYER GROWTHHEAT TRANSFER RESEARCH10.1615/HeatTransRes.20180211522018 4914 : 1323-1337 1064-2285qEMISSIVITY MODEL OF ALUMINUM 6063 WITH AN OXIDE FILM AT A WAVELENGTH OF 1.5 m IN THE TEMPERATURE RANGE 800 910 K10.1615/HeatTransRes.20180218672018 4910 : 881-898&Of[ ,e_R`*2012108 ,1gueu021043 ,Y[ё Y \MODELING THE NORMAL SPECTRAL EMISSIVITY OF BRASS H62 AT 800 1100 K DURING OXIDE LAYER GROWTH10.1615/HeatTransRes.20180193552018,4915 1445-1458'e_R`*2012108 ,Qf[ ,1gueu021043 ,Y[ё Y Onion-derived N, S self-doped carbon materials as highly efficient metal-free electrocatalysts for the oxygen reduction reaction10.1016/j.apsusc.2017.08.2222018, 427, 626-634;hgfN^031011 ,ke#kf[ ,fg*031173 ,s_f[ ,ShZf[ ,c~s*2013076 fg,c~s WNyf[,g(>fSvYef[vhxvz  Nؚ-N [r,{N[_ :NO 2018-01-02N'Y YpSDe 20181 10-14 11-4304/G4)R(uSbelN*bbяn~0N(P[8hv~T 2018-01-03%10.16366/j.cnki.1000-2367.2018.01.0092018 461 60-63l%fe*021136 ,[N9Nf[ MPhotoexcitation effect on the adsorption of hazardous gases on silica surface 2018-01-05JOURNAL OF HAZARDOUS MATERIALS10.1016/j.jhazmat.2017.07.0522018 (341):93-101 0304-38942hgRR2018025 ,NgNf[ ,Nggckf[ ,Rs*451002 ,Q031009 }Polar-core spin vortex of quasi-2D ferromagnetic spin-1 condensate in a flat-bottomed optical trap with a weak magnetic fieldANNALS OF PHYSICS)https://doi.org/10.1016/j.aop.2017.12.0082018 389102 110 0003-4916ѐlQs^*021105 ,Ngf[ ,NgwZf[ ,Ŗpgf[ tAsymmetric hydrogenation induced ferromagnetism in stanene nanoribbons considering electric field and strain effects 2018-01-0610.1007/s10853-017-1499-22018,53(1): 657-666+qeGYf[ ,YNe*021086 ,\gZf[ ,s)YtQ021129 ,>\tY SElectric-field assisted perovskite crystallization for high-performance solar cells 2018-01-0710.1039/c7ta08204e2018, 63 1161 1170@ _NNf[ ,sFQNY*Y ,Ng Y ,R_R021168 ,hg~i`2013044 ,hgΏVY ,lR`*021083 sFQNY,lR` _NN\Robust electronic and mechanical properties to layer number in 2D wide-gap X(OH)2 (X=Mg, Ca) 2018-01-1010.1088/1361-6463/aa996e2018,51(1): 0151073YNe*021086 ,qeGYf[ ,\gZf[ ,s)YtQ021129 ,O#Y ,NgNlY UThermoelectric and topological properties of half-Heusler compounds ZrIrX(As, Sb, Bi) 2018-01-11 _Oes^.https://doi.org/10.1016/j.physleta.2018.01.0072018 3829 673-678 _Oes^021060 ,O~Y ,s^m*021138  _Oes^100% ULow-energy electron scattering from methylene radicals: Multichannel-coupling effects 2018-01-1210.1103/PhysRevA.97.0127032018, 97 (1): 012703-sKQ h*021141 , _imtQf[ ,Ğ{)Yf[ ,Rs451002 ,Y[ё Y }Cu2O clusters decorated on flower-like TiO2 nanorod array film for enhanced hydrogen production under solar light irradiation 2018-01-156JOURNAL OF PHOTOCHEMISTRY AND PHOTOBIOLOGY A-CHEMISTRY%DOI: 10.1016/j.jphotochem.2017.08.0732018 (351): 78-86 1010-60302PNQY ,4TOwZY ,hT_aW2013030 ,swm021109 ,qY ,wbQ*Y IThe possible magnetoelectric coupling induced by adsorption in SnTe films10.1016/j.apsusc.2017.09.1192018, 428: 89-935NSf021153 ,Rsf[ , _Z021151 ,[INO021164 ,hg[.s*021117 jEffect of structural defects on electronic and magnetic properties in pristine and Cr-doped HfS2 monolayer10.1016/j.jallcom.2017.10.0142018/731/303-309+ue*021122 ,Rhf[ ,s)YtQ021129 ,qSfNIN*021018 KElectronic and optical properties of bilayer PbI2: a first-principles study 2018-01-2410.1088/1361-6463/aa9cd52017 513  035301JOptomechanical second-order sidebands and group delays in a Kerr resonator 2018-01-2510.1103/PhysRevA.97.0138432018 97(1) 013843 NY022092 ,&qN\f[ ,bS)YeyY ,of*Y NY100% of&qN\fUncertainties of the B->D transition form factor from the D-Meson Leading-Twist Distribution Amplitude10.1140/epjc/s10052-018-5551-42018,78(1):76_1-76_12, _!`f[ ,m*2015094 ,4TtQRY ,NgSf[ ,NwmQY ,ĞmY m100%  _!`High Stability and Reactivity of Single-Metal Atom Catalysts Supported on Yttria-Stabilized Zirconia: The Role of the Surface Oxygen Va< cancy10.1021/acs.jpcc.7b10355wS: 122 g: 3 u: 1622-1630<Dong, Shanf[ , _\f*2016025 , _Ug2018134 ,k^QY ,hg[.s*021117 3Shannon information entropy in heavy-ion collisions 2018-01-31(PROGRESS IN PARTICLE AND NUCLEAR PHYSICS10.1016/j.ppnp.2018.01.0022018 99120-158 0146-6410l%fe*021136 ,lYORY Accurate potential energy curves, spectroscopic parameters, transition dipole moments, and transition probabilities of 21 low lying states of the CO + cation 2018-02-0110.1016/j.jqsrt.2018.02.0082018 210: 62-732Of[ ,e_R`*2012108 , _Mb021121 ,Y[ё Y ,1gueu021043 [Magnetic field aligned orderly arrangement of Fe3O4 nanoparticles in CS/PVA/Fe3O4 membranes"DOI: 10.1088/1674-1056/27/2/0278052018, 27(2): 027805/\g f[ ,ftQ_*Y ,YY ,hT_aW*2013030 ,sUxf[Y ,s[INY ftQ_,hT_aW\g uA study on K *(892)0 and (1020) production in p Pb and Pb Pb collisions at the LHC from a multiphase transport model10.1088/1361-6471/aa9ace 45/2/025102!l%fe021136 ,Rꖹf[ ,Hё*Y ,lYORY HёXLow emissivity double sides antireflection coatings for silicon wafer at infrared region10.1016/j.jallcom.2018.01.3842018 742729-735vcf[ ,wm*021162 ,NdW2013045 ,lKQ܀f[ , _Q2015063 ,YN:_2016047 ,q[Rf[ ,R][[f[ , _ZSY ,s_QY ,fkOY ,Rs451002 , _shT021001 cvModified Crystal Structure Dielectric Properties, and Magnetic Phase Transition Temperature of Ca Doped BiFeO3 Ceramic 2018-02-06)JOURNAL OF SOL-GEL SCIENCE AND TECHNOLOGY10.1007/s10971-017-4541-62018,85420-430 0928-0707;[Bhg022091 ,ςeP2013088 ,hgwmR021137 , _Z021151 ,8^eؚ*021066 ~Single Pd atomic catalyst on Mo2CO2 monolayer (MXene): unusual activity for CO oxidation by trimolecular Eley-Rideal mechanism 2018-02-0710.1039/c7cp07161b2018 205 3504-3513- zbf[ , _Ug2018134 ,sf3f[ ,sYf_f[ ,hg[.s*021117  zbB~*NP[$NSO1_pS-NDNP[[Nuvxvz-10. 16366/ j. cnk i. 1000-2367. 2018. 01. 0072018 46/1/45-49'hg`s*021119 ,ؚmf[ ,Ngwmqf[ ,bSޘf[ ,퐲Wf[ OElectronic and magnetic properties of the N monodoping and (Mn, N)-codoped ZrS2 2018-02-0910.1007/s10853-018-2047-42018 5310 7466-74741ue*021122 ,HOf[ ,YNe021086 , _Sf`if[ ,qSfNIN*021018 ODetection of gas molecules on single Mn adatom adsorbed graphyne: a DFT-D study 2018-02-1410.1088/1361-6463/aaa3b32018,516 065109Lb܀*022045 ,Lv, Pengf[ ,Ma, Dongwei*Y ,hgeO022046 ,Li, Shuof[ ,hg[.s021117 b܀,Ma, DongweiMEnhanced magnetocaloric effect of Sr1.8Eu0.13Ba0.07FeMoO6 perovskite compound 2018-02-1510.1016/j.ceramint.2017.11.0152018 44 2761 2767Cs%f*021150 ,NgkSf[ ,s>fZ*021152 ,]Nf[ ,OswZf[ ,Y[QNf[ ,~[f[ ,u[f[ s%f,s>fZHCoexistence of Type-I and Type-II Weyl Points in the Weyl-Semimetal OsC2 2018-02-21DOI: 10.1021/acs.jpcc.8b009202018, 122 (6), pp 3533 3538$ _Oes^021060 ,hg[.s021117 ,s^m*021138 YSearch for thj production with h ! at the LHC in the littlest Higgs model with T-parity10.1016/j.nuclphysb.2018.02.0092018 (929): 207-215hgpe*2014115 ,OV f[ , _NSf[ mFirst-principles studies of a photovoltaic material based on silicon heavily codoped with sulfur and nitrogen 2018-02-23&https://doi.org/10.7567/APEX.11.0313032018 113 0313032cSf*2014058 ,s8l8l2014059 ,[][2014075 ,hgg2015061 @The magnetism of intrinsic structural defects in monolayer MoTe2 2018-02-2510.1016/j.jallcom.2017.12.0412018 735: 2363-2372@NgOf[ ,lN:_2017067 ,uf[f[ ,Y[)Pf[ ,4bNf[ ,RgZf[ ,NggawZf[ ,4b[w*021019 NgOtScreening the best catalyst with group 9, 10 and 11 metals monolayer loading on NbC(001) from first-principles study 2018-02-28JOURNAL OF POWER SOURCES.https://doi.org/10.1016/j.jpowsour.2018.01.0142018 378 691-6987Kan, Dongxiaof[ , _Ug2018134 , _\f2016025 ,hg[.s*021117 Kan, DongxiaoGImproved dielectric properties in CaCu3Ti4O12 ceramics modified by TiO210.1007/s10854-017-8139-02018,29:2244 2250Gs>fZ*021152 ,>OZSf[ ,Y[QNf[ , _xf[ ,s\Nf[ ,s%f021150 ,\Q2015059 , _zf[ bDivacancy-nitrogen/boron-codoped graphene as a metal-free catalyst for high-efficient CO oxidation 2018-03-01!10.1016/j.matchemphys.2017.12.0482018 207: 11-22=UN`iY ,lRY ,lN:_2017067 ,HOIQY ,lNO*Y ,uf[Y ,4b[w*021019 lNO,4b[wMPairing-energy coefficients of neutron-rich fragments in spallation reactions10.1088/1674-1137/42/3/0341022018, 42(3): 034102[rf[ ,l%fe*021136 lSodium storage mechanism of N, S co-doped nanoporous carbon: Experimental design and theoretical evaluation.Energy Storage MaterialsR310.1016/j.ensm.2017.09.0032018,11, 274-281 2405-8297IR32014091 ,TN*2013048 ,:N/nNf[ ,NgUxf[ ,b܀022045 ,sSfuQ031129 ,ZTN031021 R3100% CiteScore: 13.31FMagnetism induced by 3d transition metal atom doping in InSe monolayer10.1007/s10853-017-1749-32018, 53(5): 3500-3508&Ng 2014092 ,YNe*021086 ,\gCf[ ,qe&tf[ bSchottky barrier tuning of the graphene/SnS2 van der Waals heterostructures through electric field10.1016/j.ssc.2017.12.0262018 271: 56-61% _Y ,NgOY ,lN:_2017067 ,4b[w*021019 qThe stable perovskite solar cell prepared by rapidly annealing perovskite film with water additive in ambient air10.1016/j.solmat.2017.12.0152018 176 : 280-287$UO^Of[ ,R_R*021168 ,hT\tf[ ,lR`021083 UO^OmElectronic and magnetic properties of MoSe 2 armchair nanoribbons controlled by the different edge structures10.1016/j.spmi.2018.01.0132018 11530-397 _f[ ,ue*021122 ,ؚ8lf[ ,swm mf[ ,s)YtQ021129 ,qSfNIN021018  _tCrystal structural, dielectrical properties and high temperature magnetic phase transition of Sm1-xCaxFeO3 (x=0-0.3)10.1016/j.jallcom.2018.04.3092018757 279-287D[Bhg*022091 ,e~gyf[ ,zёq\f[ ,_ey^tf[ ,hgg2015061 , _Z021151 ,8^eؚ021066 SCI2:S7Adhesion of large-deformation elastic spherical contactTRIBOLOGY INTERNATIONAL10.1016/j.triboint.2017.11.0282018, 119: 559-566 0301-679Xs_*2015077 ,Rx^Zf[ pHiggs and Bottom Quarks Associated Production at High Energy Colliders in the Littlest Higgs Model with T-Parity10.1088/0253-6102/69/3/2972018 69(3)297-302"hgpe201411< 5 ,OV *f[ , _NSf[ ,kR`R`f[ OV UEffects of rare-earth doping on the ionic conduction of CeO2 in solid oxidefuel cellsCeramics International10.1016/j.ceram int.2017.11.1492018 444 3707-3711Y[)Pf[ ,NSf*021153 ,hg[.s021117 Y[)P[Search for single production of vector-like top partner decaying to Wb at e gamma collision 2018-03-0510.1140/epjc/s10052-018-5671-x78/3/184hgpe2014115 ,*mlY ,ё*Y "Ca 2+ cBg[SmFeO 3 vN5u0xyr'`SxvS)n^vq_T 2018-03-0610.7498/aps.67.201724332018 676 0675018Ng_f[ ,e~gyf[ ,zёq\f[ ,ςeP2013088 , _Z021151 ,[Bhg*022091 Ng_cNon-metal atom anchored BC3 sheet: a promising low-cost and high-activity catalyst for CO oxidation 2018-03-0710.1039/c7nj04877g2018 42 5 : 3770-37800UN`iY , _fgaY ,lR*Y ,hTёbY ,geY ,4b[w*021019 lR,4b[wRExplaining the DAMPE data with scalar dark matter and gauged U(1)Le?L interaction 2018-03-0910.1140/epjc/s10052-018-5678-3 2018, 78:198:fOpg021038 ,QxY ,\ޘf[ ,\NN2016044 ,sޘ*Y ,4TWe*Y ,VyxY fOpg100% sޘ,4TWetFirst-principles studies on electronic structures and optical properties of two-dimensional Sn1-xTi(Zr)(x)S-2 alloys 2018-03-1010.1142/S02179849185009262018 327 1850092+Ng9N9Nf[ ,\gZf[ , _)Pf[ ,YNe*021086 ,qSfNIN021018 Ng9N9NiInvestigating the quark flavor dependence of the chiral magnetic effect with a multiphase transport model 2018-03-1310.1103/PhysRevC.97.034909 97/3/034909Ğsf[ ,l%fe*021136 ,lVNY ĞsMA Au monolayer on WC(0001) with unexpected high activity towards CO oxidation 2018-03-1410.1039/c7nr09498a2018 1010 4753-4760( _Ug2018134 ,hg[.s*021117 ,Wu, Ruqian*Y qTwo-dimensional n-InSe/p-GeSe(SnS) van der Waals heterojunctions: High carrier mobility and broadband performance 2018-03-1510.1103/PhysRevB.97.1154162018,97(11):115416PYNe*021086 ,\gZf[ ,ĞSfOY ,elY ,qeGYf[ ,s)YtQ021129 ,O#Y ,>\tY ,SOpg*Y ,NgNl*Y YNe,SOpg,NgNlBi-2223/Ag_(~vIQu5uSHe^xvz)10.16553/j.cnki.issn1000-985x.2018.03.0212018 473 582-587Il_ef[ ,Zi^f[ ,hgg2015061 ,R_R021168 ,ςeP2013088 ,[Bhg022091 ,8^eؚ*021066 l_esEnhanced thermal conductivity of poly(vinylidene fluoride)/boron nitride nanosheet composites at low filler content 2018-03-163COMPOSITES PART A-APPLIED SCIENCE AND MANUFACTURING!10.1016/j.compositesa.2018.03.0232018 109 321 329 1359-835XCshmf[ ,&qgqR*021080 ,HNOY ,OSfY ,N=NY ,4TsfY ,NgSNY ,_lWS*Y ,N&?*Y &qgqR,_lWS,N&?shmHTransition Dipole Moments and Transition Probabilities of the CN Radical 2018-03-22'ASTROPHYSICAL JOURNAL SUPPLEMENT SERIES0Wf[)Ye10.3847/1538-4365/aab26b2018 2352 25 0067-0049!kZ*f[ ,e_R`2012108 ,Y[ё Y ,1gueuY ~YXxvzNU\g 2018-03-23~Yb/g1001-8891(2018)03-0209-052018,40/3/209-213 1001-88912cf[ ,wm*021162 ,lKQ܀f[ ,q[Rf[ ,R][[f[ , _shT021001 TiO2-Ti3C2 Composites with Pt Decoration as Efficient Photocatalysts for Ethylene Oxidation under Near Infrared Light Irradiation 2018-03-29'CHINESE JOURNAL OF STRUCTURAL CHEMISTRY"10.141020.enki.0254 5861.2011 19502018,37(9),1457-1469 0254-5861( _Yu$f[ ,XoSf3Y ,s^m*021138 ,WY ,f_V*Y s^m,f_V _Yu$ eb2018t^bgdElastic, electronic and optical properties of the two-dimensional PtX2 (X = S, Se, and Te) monolayer 2018-03-3010.1016/j.apsusc.2017.11.1062018 435: 476-4829\gZf[ ,섋[Y ,e=Nf[ ,s)YtQ021129 ,O#Y ,NgNlY ,YNe*021086 ZScalar dark matter explanation of the DAMPE data in the minimal Left-Right symmetric model10.1103/PhysRevD.97.0630162018,97 (063016)4fOpg021038 ,\ޘf[ ,\NN2016044 ,sޘ*Y ,4TWe*Y ,VyxY SFirst-principles study of adsorption-induced magnetic properties of InSe monolayers 2018-04-0110.1016/j.apsusc.2017.11.2862018 436419-4231NSf021153 ,hgZSef[ , _Z021151 ,lNOY ,hg[.s*021117 gElectric field effects on the electronic and optical properties in C2N/Sb van der Waals heterostructure10.1016/j.carbon.2017.12.0762018,wS: 129 u: 738-744s\Y ,4b[w*021019 ,UN`iY ^Bifunctional CoNx embedded graphene electrocatalysts for OER and ORR: A theoretical evaluation10.1016/j.carbon.2017.12.1212018,130112-1197 _Ug2018134 ,hg[.s*021117 ,b܀022045 ,Wang, Weichao*Y hg[.s,Wang, Weichao[First-principles study for the enhanced sulfur tolerance of Ni(111) surface alloyed with PbSURFACE SCIENCE10.1016/j.susc.2018.01.0022018 (670): 68-71 0039-6028 _\f2016025 ,hg[.s*021117 ]Nonlinear evolution dynamics of holographic superconductor model with scalar self-interaction 2018-04-0310.1103/PhysRevD.97.0860012018, 97 086001Ng6q*021149 ,>IQf[ , _[[Y YNpRP[vNO5uP[9_'`ce\xvz 2018-04-052018,35/2/261-266! _imtQf[ ,sKQ h*021141 ,Sbf[ ,Ğ{)Yf[  _imtQUEffect of structural defects on electronic and magnetic properties of ZrS 2 monolayer10.1016/j.spmi.2018.02.025 116/164-1701swm mf[ ,ue*021122 ,ؚ8lf[ ,s)YtQ021129 ,qSfNIN021018 swm mMStudy of the normal emissivity of molybdenum during thermal oxidation process 2018-04-1410.1063/1.5017745 123/14/145107'_z[f[ ,Ngޘf[ ,NdW*2013045 ,Rs*451002 _z[TElectronic and magnetic properties of structural defects in pristine ZrSe2 monolayer 2018-04-1510.1016/j.commatsci.2018.01.019 146/36-411ؚ8lf[ ,ue*021122 ,swm mf[ ,s)YtQ021129 ,qSfNIN021018 ؚ8lIThe first principles study of the sulfur oxidation on Ni surface with H2O10.1016/j.jallcom.2017.12.3192018 (741): 1183-1187  _\f2016025 ,SfWf[ ,hg[.s*021117 9_S[9_1uޘLkv\ zxvz'Yf[irt2018,37/4/54-57 1000-0712 11-1910/O4N݄f[ ,hg[.s*021117 N݄iMRCI study on transition dipole moments and transition probabilities of 18 low-lying states of CP+ cation 2018-04-1710.1016/j.saa.2018.04.0312018 200235-245hT9Nf[ ,sKQ h*021141 ,Ngf[ IStrain effects on the magnetism of transition metal-doped MoTe2 monolayer 2018-04-1810.1007/s10853-017-1917-52018 537 5114-5124u4RgZf[ ,lN:_*2017067 ,uf[f[ ,NgOf[ ,4b[w*021019 ,UN`iY lN:_,4b[wRgZqRepairing single and double atomic vacancies in a C3N monolayer with CO or NO molecules: a first-principles study 2018-04-2010.1039/c8cp01653d2018, 20(19): 13517@lNOY ,Zhang JingY ,UN`iY ,NSf*021153 ,hg[.s021117 ,b܀022045 lNOhDensity functional study on the high catalytic performance of single metal atoms on the NbC(001) surface 2018-04-21< 10.1039/c8cp00069g2018 2015 : 10302-10310JKan, Dongxiaof[ , _Ug2018134 ,NSf021153 , _\f2016025 ,ussf[ ,hg[.s*021117 bHydrothermal synthesized of CoMoO4 microspheres as excellent electrode material for supercapacitor 2018-04-2410.1186/s11671-018-2540-3 2018 131208NgkSf[ ,s>fZ*021152 ,s%f021150 ,Y[QNf[ ,ؚEuf[ ,RWff[ ,k_[f[ NgkScTi Porous Film-Supported NiCo?S? Nanotubes Counter Electrode for Quantum-Dot-Sensitized Solar Cells 2018-04-28 NANOMATERIALS10.3390/nano80402512018, 8(4): 251 2079-4991)^s^*Y ,jlOe:_*Y ,[][2014075 ,hgzfY ,FQgY ^s^,jlOe:_^s^GLow-energy electron elastic scattering from ethylene oxide and thiirane 2018-04-3010.1140/epjd/e2018-80786-6 2018 724 68%sKQ h*021141 ,Ngf[ , _imtQf[ ,_[>Nf[ ,hgVf[ A facile hot plate annealing at low temperature of Pb(Zr0.52Ti0.48)O3 thin films by sol gel method and their ferroelectric properties10.1007/s10854-018-8535-02018,29(7):5660-5667Us>fZ*021152 ,Y[QNf[ ,s\Nf[ ,w f[ ,m_Nsf[ ,s%f021150 ,kf[ , _zf[ ,Ŗ=Nf[ ,uef[ ,i`lf[ !Superradiance-Driven Phonon Laser10.1088/0256-307X/35/4/044205 35/4/044205NY022092 ,T fY ,of*Y hThe adsorption and dissociation of O-2 on Pd and Pt modified TaC (100) surface: A first principles study 2018-05-0110.1016/j.apsusc.2017.12.1812018 439 : 845-851>Meng, Yananf[ , _Ug2018134 ,k^QY ,Xu, Xiaopeif[ ,hg[.s*021117 Meng, YananqImprovement of gas-adsorption performances of Ag-functionalized monolayer MoS2 surfaces: A first-principles study10.1063/1.50228292018 1231753031-10 [^*021171 ,Zqf[ JFacile synthesis and physical properties of single-phase Sr2CrWO6 ceramics.https://doi.org/10.1016/j.ceramint.2018.02.0472018,44(7):8492-8497)sёQ*2014046 ,^gqf[ ,w~ޘf[ ,ؚf[ ,>FQYf[ }Manganese-Doped CeO2 Nanocubes for Catalytic Combustion of Chlorobenzene: An Experimental and Density Functional Theory Study)JOURNAL OF NANOSCIENCE AND NANOTECHNOLOGY10.1166/jnn.2018.146602018 185 3348-3355+Zhao, PeiY ,b܀*022045 ,Liu, Shantang*Y b܀,Liu, Shantang Zhao, PeiExcited-state intramolecular proton transfer in non-fused five- and fused six-membered ring pyrrole-pyridine hydrogen bond systems10.1016/j.orgel.2017.12.043 54/177-183!Nggckf[ ,NgNf[ ,eNwZf[ ,Rs*451002 Remarkable electron and phonon band structures lead to a high thermoelectric performance ZT > 1 in earth-abundant and eco-friendly SnS crystals 2018-05-04DOI: 10.1039/c8ta03150awS: 6 g: 21 u: 10048-10056#s^m021138 ,UOesY ,Li-Dong Zhao*Y Li-Dong ZhaoUOessQNؚ-Nя0sNirtwƋvYef[^ 2018-05-052018,39(5):19-22HЏO*021063 ,kSff[ HЏO100% nTDDFT study on excited state intramolecular proton transfer mechanism in 2-amino-3-(2 '-benzazoly1)-quinolines10.1016/j.saa.2017.11.021 192/168-173zModulating the band structure and sub-bandgap absorption of Co-hyperdoped silicon by co-doping with shallow-level elements 2018-05-08&https://doi.org/10.7567/APEX.11.0613012018 116 061301(1-5)9cSf*2014058 ,eyyf[ ,s8l8l2014059 ,[][2014075 ,b܀022045 PScalar dark matter interpretation of the DAMPE data with U(1) gauge interactions 2018-05-1010.1103/PhysRevD.97.0950112018 970950111-8 4fOpg021038 ,QxY ,\ޘf[ ,\NN2016044 ,sޘ*Y ,4TWe*Y sGuided Bloch surface wave resonance by near normal and near in-plane illuminations: the hyper azimuthal sensitivity 2018-05-1410.1364/OE.26.0127692018 26(10)12769-12778^y[*Y ,wm021162 ,slVY ^y[?Colossal dielectric properties in (Ta0.5Al0.5)xTi1-xO2 ceramics 2018-05-1510.1016/j.jallcom.2018.02.1592018 745: 856-862;s>fZ*021152 , _xf[ ,Y[QNf[ ,TNOZf[ ,ݐN9Nf[ ,s%f021150 ,s\Nf[ Improved FRACS parameterizations for cross sections of isotopes near the proton drip line in projectile fragmentation reactions 2018-05-1710.1007/s41365-018-0439-4 2018 297 96&[N9Nf[ ,Ogas021133 ,l%fe*021136 ,H^NSY [N9N_TiC supported single-atom platinum catalyst for CO oxidation: A density functional theory study,https://doi.org/10.1016/j.apsusc.2018.05.0532018/453/30/159-1656Wang, Yanf[ , _Ug2018134 ,Cheng, Chengf[ ,hg[.s*021117 Wang, YanXPredictions for cross sections of light proton-rich isotopes in the 40Ca + 9Be reaction* 2018-05-1810.1088/1674-1137/42/7/0741022018,742 :074102[N9Nf[ ,Ogas021133 ,l%fe*021136 XDecay constants of pseudoscalar and vector mesons with improved holographic wavefunction10.1088/1674-1137/42/7/0731022018 427 0731028^021142 ,NgSf`if[ ,Nge:_Y ,ς*Y ςInterpretations of galactic center gamma-ray excess confronting the PandaX-II constraints on dark matter-neutron spin-dependent scatterings in the NMSSM\NN10.1140/epjc/s10052-018-5827-82018,78(5):390_1-390_10"\NN*2016044 ,:hgPNf[ ,ޏ~~f[ ,XoNf[ \NN100% MGap Symmetry of the Heavy Fermion Superconductor CeCu2Si2 at Ambient Pressure 2018-05-22PHYSICAL REVIEW LETTERS10.1103/PhysRevLett.120.2170012018 12021 217001(1-6) 0031-9007,Ng[Y ,ROeY ,NSf021153 ,HTcY ,hg^Y ,hgIN\*Y hgIN\Ng[rType-I Transition Metal Dichalcogenides Lateral Homojunctions: Layer Thickness and External Electric Field Effects 2018-05-24SMALL10.1002/smll.2018003652018 14, 21: 1800365 1613-6810@YNe*021086 ,qeGYf[ ,\gZf[ ,s)YtQ021129 ,m_swZY ,O_#Y ,NgNlY ,>\tY In situ construction of conjugated polymer P3HT coupled hierarchical ZnO composite with Z-scheme enhanced visible-light photocatalytic activity 2018-05-25Materials Research Bulletin2https://doi.org/10.1016/j.materresbull.2018.05.0262018 10619-27@Rwm^t*2013063 ,Ngff[ ,hg~i`2013044 ,%fpgf[ ,\Q2015059 ,wml2013059 hTuning the adsorption and interaction of CO and O-2 on graphene-like BC3-supported non-noble metal atoms 2018-05-2810.1039/c8cp00772a2018 2020 : 14040-140520UN`i*Y ,geY , _[OY ,HOIQY , _fk4tY ,4b[w*021019 UN`i,4b[wUSB\wXpwb_~s|GrI{yP[SOqQ/csv㉐g$R[ 2018-05-29%10.16366/j.cnki.1000-2367.2018.04.0082018 464 49-54Cwm021162 ,Ng=NTf[ , _shT021001 , _Q2015063 ,YN:_2016047 ,Ğf[ ,lKQ܀f[ $SwW'lSirSr1.90 Eu0.10FeMoO6vfSO~gSir'`xvz 2018-05-30)DOI: 10.3969/j.issn.1001-9731.2018.05.0152018 4905086-05090 50-1099/TH1s%f021150 ,OswZf[ ,s>fZnull ,NgkSf[ ,~[f[ ,u[f[ Direct synthesis of nitrogen and phosphorus co-doped hierarchical porou< s carbon networks with biological materials as efficient electrocatalysts for oxygen reduction reaction 2018-05-31fg"org/10.1016/j.ijhydene.2018.04.1002018,4322 : 10341-10350Ake#kf[ ,fg*031173 ,9\s~*031108 ,s_f[ ,c~s2013076 ,hgfN^*031011 fg100% fg,9\s~,hgfN^ke#kbQuantum size and electric field modulations on electronic structures of SnS2/BN hetero-multilayers10.1088/1361-6463/aabd0c2018 51, 21: 2153033YNe*021086 , _)Pf[ ,eZSY ,\gZf[ ,Ng 2014092 ,NgNlY QFluorescent carbon dots as nanoprobe for determination of lidocaine hydrochloride 2018-06-0110.1016/j.snb.2018.02.0792018 wS: 262 u: 928-9377 _vf[ ,ؚ_8l*031158 , _kSY ,sOY ,8^s)R031135 ,Q*031009 Q100%  _v]A theoretical study on metal atom-modified BC3 sheets for effects of gas molecule adsorptions10.1007/s00339-018-1855-32018 1246 434.UN`iY ,]SfY ,HOIQY ,1g'YxY ,geY ,4b[w*021019 sTransition Probabilities of Emissions and Rotationless Radiative Lifetimes of Vibrational Levels for the PO Radical10.3847/1538-4365/aac16a2018 2362 34&kZf[ ,e_R`*2012108 ,1gueu021043 ,Y[ё Y VElectronic structures and optical properties of ZrS 2 monolayer by n-and p-type doping 2018-06-0510.1016/j.jallcom.2018.03.2402018 748798-8035ue*021122 , _Sf`if[ ,s)YtQ021129 ,qSfNIN021018 ,hgg441001 DSpectroscopic properties and transition probabilities of SiC+ cation 2018-06-0610.1016/j.saa.2018.06.0412018 204: 164-173&hT9Nf[ ,e_R`*2012108 ,1gueu021043 ,Y[ё Y dFirst-principles study of monolayer SnS2(1-x)Se2x alloys as anode materials for lithium ion batterie 2018-06-07,https://doi.org/10.1016/j.apsusc.2018.06.0302018, 457:256 26Vs)YtQ*021129 ,9\z_f[ ,u]lhf[ ,YNe*021086 ,ue021122 ,[INO021164 ,qSfNIN021018 ,4b[w021019 %USSP[PtX:_-Mo2C (0001)bkx-Nkyr'`:gtv ,{N'`Stxvz 2018-06-082018 353 384-3885T[~hf[ ,hg[.s*021117 , _Ugf[ , _\f2016025 ,k^Qf[ ,sYf_f[ T[~hoRelativistic corrections to the ground state of H-2 calculated without using the Born-Oppenheimer approximation10.1103/PhysRevA.97.0605012018 97 6 060501sΞf*2013129 ,Z.-C. YanY sΞf100% !Cr1-xNbxSi2VnSO9_'`'`(05uP[~gTIQf['`(vtxvz 2018-06-10$10.3969/j.issn.1000-0364.2018.03.0192018,353 477HNؚf[ ,NgNvf[ ,&qgqR*021080 HNؚR-Nirt[Yef[-Nyf[elYeQ[>f'`Sxvz-Nf[irt2018 3612 2-4 23-1189/O4Um[Y ,Oepg021012 Um[CStudy of Bc ! J/V and B c-cV decays within the QCD factorization 2018-06-1210.1088/1361-6471/aac7322018 457 0750058^*021142 ,H=N=Nf[ ,_^f[ wFirst-principles calculations of structural, electronic, magnetic and elastic properties of Mo2FeB2 under high pressure 2018-06-14ROYAL SOCIETY OPEN SCIENCE10.1098/rsos.1722472018, 5(7): 172247 2054-5703&seY ,lTYS*Y ,[Y ,NTY ,b܀*022045 lTYS,b܀setPeroxymonosulfate-enhanced visible light photocatalytic degradation of bisphenol A by perylene imide-modified g-C3N4 2018-06-19!APPLIED CATALYSIS B-ENVIRONMENTALsf_e10.1016/j.apcatb.2018.06.0492018 237(5) 976-985 0926-3373, _ZZY ,ue*Y ,sf_e2018042 ,1qY ,fY ,TNhY  _ZZMModulating the electronic and magnetic properies of monolayer ZrSe2 by doping 2018-06-2010.1016/j.spmi.2018.06.0382018 120 659-669?ue*021122 , _f[ ,H^wf[ ,ؚ8lf[ ,swm mf[ ,s)YtQ021129 ,qSfNIN*021018 Br?nsted-Evans-PolanyisQ|[{ gOPSBR 2018-06-262018 355 726- zbf[ ,hg[.s*021117 , _Ug2018134 ,sf3f[ ,T[~_[f[ cTheoretical study of mechanical, thermal and optical properties of (Ti1??xNbx)3AlC2 solid solutions 2018-06-27EUROPEAN PHYSICAL JOURNAL B10.1140/epjb/e2018-80696-5 91/1341-9 &qgqR*021080 ,lm~021140 ,8lNY ]Facile fabrication and enhanced photocatalytic performance: from BiOCl to element-doped BiOCl 2018-06-2810.1016/j.cplett.2018.06.0542018,706:483 487.\Q*2015059 ,H^sf[ ,s>fZ*021152 ,Y[QNf[ ,ςRRf[ \Q100% \Q,s>fZYEnhanced sulfur resistance of Ni(1 1 1) surface alloyed with Ge: A first principles study10.1016/j.susc.2018.06.0082018 (667):115-120hEffects of deposition pressure on Cu2ZnSnS4 films prepared by one-step sputtering with quaternary target 2018-06-30!BULGARIAN CHEMICAL COMMUNICATIONS(Volume 50, Issue 2, (pp. 324  328) 2018 0324-1130.hgwmR*021137 , _WNf[ ,Ngb*Y ,ݐ^tNY ,[Bhg022091 hgwmR,NgbPA novel all-thin-film electrochromic device for modulating optical transmittance2018 502 329  333&hgwmR*021137 ,ݐ^tNY ,NgbY ,[Bhg022091 hgwmR100% cStable isotope labeling-assisted GC/MS/MS method for determination of methyleugenol in food samples 2018-07-01.JOURNAL OF THE SCIENCE OF FOOD AND AGRICULTURE10.1002/jsfa.88672019 989 3485-3491 0022-5142'NgKfb*Y ,Ng"kY ,sY ,hg~i`2013044 ,RY NgKfbtTransition Probabilities of Emissions and Rotationless Radiative Lifetimes of Vibrational Levels for the SiN Radical10.3847/1538-4365/aacb232018 2371 161-15 &Of[ ,e_R`*2012108 ,Y[ё Y ,1gueu021043 nPair production of Higgs boson in NMSSM at the LHC with the next-to-lightest CP-even Higgs boson being SM-like10.1088/1674-1137/42/7/07310342/7/0731031-6 ag*021157 ,]f[ ,hTwmY2015110 ZImproving the sensitivity of compound waveguide grating biosensor via modulated wavevector 2018-07-0510.7567/APEX.11.0822022018 118 0822021-4 Jwm*021162 ,Ğf[ ,^y[Y ,RetQY ,cf[ , _Q2015063 ,YN:_2016047 , _shT021001 UUnveiling the mechanism of the promising two-dimensional photoswitch - Hemithioindigo10.1016/j.saa.2018.04.0232018 (200): 1-9'NgNf[ ,hgRR2018025 ,Nggckf[ ,Rs*451002 HMonolayer GeS as a potential candidate for NO2 gas sensors and capturers10.1039/c8tc02626b2018, 68082--8091'lm~*021140 ,Qsf[ ,s!`6qf[ ,&qgqR*021080 lm~,&qgqR Sw5u{|wϑ{P[vpS 2018-07-10%10.16366/j.cnki.1000-2367.2018.05.0052018,46(5):33-36 NgeT*021091 ,ςW^f[ ,Ng John NY NgeT100% GStructure and magnetic properties of CrN thin films on La0.67Sr0.33MnO3 2018-07-1510.1016/j.cap.2018.07.0122018, 18(11): 1320-1326W _[lf[ ,hT_aW*2013030 ,swm021109 ,s)YtQ021129 ,b܀022045 ,hg[.s021117 ,~_OY ,4T fY ,R fY  _[lPInvestigation of 'magnetic hardness' of the grain boundary in Sr2FeMoO6 ceramics 2018-07-18< 10.1088/1361-6463/aacaab2018,51(28):285003(1-9)WNLabviewvR/cE^oIQOP/cR`hKmxvz 2018-07-20$10.3969/j.issn.1007-5461.2018.04.0042018,35:408-413Ng[f[ ,ygg*021169 ,NSef[ Ng[KInteraction of the O atom with the InSe monolayer: A first-principles study 2018-07-21Vacuum10.1016/j.vacuum.2018.04.002wS: 153 u: 53-61 0042-207X+He, BinglingY ,b܀022045 ,Ma, Dongwei*Y He, BinglingbRaman spectra and optical properties of the chalcogen-hyperdoped silicon: a first-principles study 2018-07-24$https://doi.org/10.1364/OE.26.00A7962018,2618 A796-A805-cSf*2014058 ,eyyf[ ,s8l8l2014059 ,[][2014075 oThe mechanism of the high resistance to sulfur poisoning of the rhenium doped nickel/yttria-stabilized zirconia 2018-07-3110.1016/j.apsusc.2018.04.0102018 (447) : 561-568>Tailoring the electronic structure of Mn-doped SnTe via strain10.1007/s10853-018-2767-52018 5323 15995-160006ue*021122 , _Sf`if[ ,s)YtQ021129 ,YNe021086 ,qSfNIN021018 FFano-like resonances in the binary elliptical nanoring resonator array 2018-08-01OPTICAL MATERIALS EXPRESSNg=N$https://doi.org/10.1364/OME.8.0021312018, 8(8): 2131-2139 2159-3930'Ng=N*2017099 ,h\tz*Y ,m_OY ,Rs451002 Ng=N100% Ng=N,h\tz[Dopant segregation and CO adsorption on doped Fe3O4 (111) surfaces: A first-principle studyJOURNAL OF CATALYSIS10.1016/j.jcat.2018.05.0272018 364291-296 0021-95176NSf021153 ,hgZSef[ , _021011 , _Z*021151 ,hg[.s*021117  _Z,hg[.sQInteraction of water with stepped Co(0001): how is it di erent from at Co(0001)? 2018-08-0310.1140/epjb/e2018-90193-6 2018 91: 185 lYUZf[ ,s=Nf[ ,lm~*021140 ,hgpgf[ lYUZvStructural, electronic and magnetic properties of the Hpassivated armchair MoSe2 nanoribbons with the periodic vacancy 2018-08-0510.1016/j.spmi.2018.08.0072018 122 203-215Mue*021122 , _f[ ,s)YtQ021129 ,swm mf[ ,ؚ8lf[ ,[r f[ ,hgRRf[ ,eRRf[ ,qSfNIN*021018 WNSҔ~oIQhVv)n^Kmϑ|~xvzIQOb/g2018 (5)24-28 1002-5561*fk8lENf[ ,Ng\e021154 ,se022072 ,Rs*451002 Ng\e100% fk8lEN-NVpgQvsY8hirtf[[  UOlga2018,398 74-76WLaser-Induced Morphology Change Based on Small Molecular Model Compounds Photo-Detector 2018-08-06Macromolecular ResearchDOI 10.1007/s13233-018-6135-82018,(26)973-977pISSN 1598-5032 eISSN 2092-7673,y^ts^*021147 ,퐗_i`f[ ,hg~i`2013044 ,sc021144 dTiC and TiN supported platinum monolayer as high-performance catalysts for CO oxidation: A DFT study 2018-08-07JOURNAL OF CHEMICAL PHYSICS10.1063/1.5038857 149/054705Wang, Yanf[ ,hg[.s*021117 WNirt8h_ }{QcGSv RvR Yef[ 2018-08-10irtKNS2018,348 6-9 32-1307/O4Oepg021012 ,Rl_f[ +TlpW NmvfRP[*YkyQ8T6ev{!jbxvz 2018-08-15yg10.3788/YJYXS20183308.06452018,33(08),645-652:sŖff[ , zŖRY ,sQ\tY MHow does the electric current propagate through fully-hydrogenated borophene? 2018-08-2210.1039/c8cp04272a2018 2033 21552-21556Y[INO*021164 ,&qZmf[ ,OsGSY ,sY ,fk'YO2013032 ,s)YtQ021129 ,NSf021153 ,_VN021115 ,fk]lMR*Y [INO,fk]lMRVFragmentation binding energies and cross sections of isotopes near the proton dripline10.1103/PhysRevC.98.0246202018,982 :024620l%fe*021136 ,Ogas021133 ,[N9Nf[ iEffect of the itinerant electron density on the magnetization and Curie temperature of Sr2FeMoO6 ceramics 2018-08-2410.1039/c8ra05755a2018,8(51):29071-29077.sёQ*2014046 ,w~ޘf[ ,^gqf[ ,ؚf[ , _^f021079 SOxygen vacancy induced bismuth basic nitrate with excellent photocatalytic activity 2018-08-2810.1007/s10854-018-9916-02018, 29(21): 18067-180733\Q*2015059 ,H^sf[ ,hTf[ ,Ğgf[ ,s>fZ*021152 ,Y[QNf[ ROne step to perylene monoimides and derived alkynyl bridged photovoltaic acceptors 2018-08-29DYES AND PIGMENTS$doi.org/10.1016/j.dyepig.2018.08.0532018 (160) 540 545 0143-72087y^ts^*021147 ,퐗_i`f[ ,hg~i`2013044 ,sc021144 ,lR`021083 jCu3-Cluster-Doped Monolayer Mo2CO2 (MXene) as an Electron Reservoir for Catalyzing a CO Oxidation Reaction"ACS APPLIED MATERIALS & INTERFACES10.1021/acsami.8b12318 10/38/32903 1944-82446Cheng, Chengf[ , _Ug2018134 ,hg[.s*021117 ,Zhou ZhenY Cheng, Cheng^First principles study of the gas sensing 2D GeTe: atomic, electronic and transport properties 2018-08-3010.1088/1361-6463/aad45a2018 5134 345304' _Ug*2018134 ,Chen, YueY ,hg[.s*021117  _Ug100%  _Ug,hg[.sJNonequilibrium condensation process of a holographic p-wave superconductor10.1103/PhysRevD.98.0460242018, 98 046024 Ng6q*021149 ,Hfof[ ,>IQf[ , _[[Y 8Model for Elastic-Plastic Contact between Rough Surfaces 2018-09-0110.1115/1.40403852018 140(5)051402(1-8)vRelativistic corrections to the ground states of HD and D2 calculated without<  using the Born Oppenheimer approximation 2018-09-0610.1039/c8cp04586k2018 2037 23948sΞf*2013129 ,%N[gY mBoron-Doped C3N Monolayer as a Promising Metal-Free Oxygen Reduction Reaction Catalyst: A Theoretical Insight10.1021/acs.jpcc.8b051712018 12235 : 20312-20322JHe, BinglingY ,Shen, JianshengY ,Ma, Dongwei*Y ,b܀022045 ,hg[.s021117 YR5u:W[N~_RP[(SiO2)105uP[~gTIQ1v6Ryr'` 2018-09-10IQf[f[b/AOS2018 389 51-59 0253-2239%_VN*021115 ,R[f[ ,b܀022045 ,sQf[ LMRirtYe^[Yef[bvgTRgirtYef[c 20189 73-76 1003-6148 50-1061/G4\g1rga021108 , jT[f[ \g1rga100% >Optical Properties of ZnO Nanorod Films Prepared by CBD Method 2018-09-1110.1016/j.cplett.2018.09.0062018 (712)155-159#ѐ-NNSY ,g^s^*Y ,[][2014075 ,g_wm*Y g^s^,g_wmѐ-NNShFirst-Principles Study on the Single Ir Atom Embedded Graphdiyne: An Efficient Catalyst for CO Oxidation 2018-09-12DOI: 10.1021/acs.jpcc.8b067392018 122,23481-234928_VN021115 ,sQf[ ,NΏ%fY ,b܀*022045 ,lNOY ,hg[.s021117 AMagnetocaloric properties of double-perovskite Sr1.98Al0.02FeMoO6 2018-09-15.https://doi.org/10.1016/j.ceramint.2018.08.0302018 44(16) 20380 203855s%f*021150 ,~[f[ ,s>fZ*021152 ,]Nf[ ,NgkSf[ ,u[f[ ~[9Probing the Effects of New Physics in ??? ??! ???]?Decays 2018-09-2710.1155/2018/7231354201872313541-13 8^*021142 ,1gpgf[ ,sZf[ ,s9OeY `Tuning the Electronic Structures and Transport Properties of Zigzag Blue Phosphorene Nanoribbons 2018-10-01%IEEE TRANSACTIONS ON ELECTRON DEVICES10.1109/TED.2018.28636582018 654646-4654 0018-9383@[INO*021164 ,Y[8l:_f[ , _hTf[ ,&qZmf[ ,fk'YO2013032 ,s)YtQ021129 ,sdWY eType-II InSeMoSe 2 (WSe 2 ) van der Waals heterostructures vertical strain and electric field effects 2018-10-0710.1039/c8tc03047b2018, 6(37):10010-10019FNg 2014092 ,>IQ^t021085 ,\gZf[ ,[][2014075 ,YNe*021086 ,O#Y ,NgNlY ^EMISSIVITY MODEL OF STEEL 316L AT 800 1100 K DURING OXIDE LAYER GROWTH ON THE SPECIMEN SURFACE 2018-10-0810.1615/HeatTransRes.20180267842019,50 (7):633 647&e_R`*2012108 ,Y[sf[ ,1gueu021043 ,Y[ё Y -NV8hirtNNv_b  u_'\ 2018-10-10201810 53-55 61-1033/G4Oepg021012 ,vXXf[ Rational designing of 8 hydroxyquinolin imidazolinone based fluorescent protein mutants with dramatically red shifted emission: A computational study 2018-10-14"JOURNAL OF COMPUTATIONAL CHEMISTRY10.1002/jcc.255522018 3927 2307-2315 0192-8651@H4ZY ,[^021171 ,HYm[Y ,ёfWY ,Q4tY ,"NSY ,ѐk~g*Y ,^]*Y , _t*Y ѐk~g,^], _tH4Z-Nf[irtwƋm^f[`NYef[V{euvxvz 2018-10-15VnWS-Nf[irt2018,3310 1-3 1673-1875 43-1041/O3HЏO*021063 ,hgbcbcf[ xImprovement in the performance of inverted planar perovskite solar cells via the CH3NH3PbI3-xClx:ZnO bulk heterojunction10.1016/j.jpowsour.2018.09.0072018 401303-311`R_R*021168 ,UO^Of[ ,sISISY ,Sagar M. Jain*Y ,RQQf[ ,hg~i`2013044 , _Z021151 ,Rwm^t2013063 ,ft*Y R_R,Sagar M. Jain,fttAdsorption of NOx (x?=?1, 2) gas molecule on pristine and B atom embedded -graphyne based on first-principles study10.1016/j.apsusc.2018.05.2082018 (455): 484-491)sNS*Y ,H`SޘY ,4TsqY ,RsY ,hT_aW2013030 sNSTransition metal (Pd, Pt, Ag, Au) decorated InN monolayer and their adsorption properties towards NO 2 : Density functional theory study10.1016/j.apsusc.2018.05.116455/2018/106-114)sNS*Y , _sOeY ,4TsqY ,RsY ,hT_aW2013030 Universality of electronic characteristics and photocatalyst applications in the two-dimensional Janus transition metal dichalcogenides 2018-10-1710.1103/PhysRevB.98.16542498, 16: 1654243YNe*021086 ,qeGYf[ ,\gZf[ ,s)YtQ021129 ,m_swZf[ ,NgNlY zHigh-order harmonic generation from 2D periodic potentials in circularly and bichromatic circularly polarized laser fields 2018-10-18!https://doi.org/10.1063/1.50515982018 14915 1543040-8 (>IQ^t021085 ,se:_Y ,\gChVY ,Ğ\"k*Y ,^Sf[nY Ğ\"kSolvent engineering approach via introducing poly (3, 4-ethylene dioxythiophene) poly (styrene sulfonate) (PEDOT:PSS) into photosensitive absorber layer for ambient temperature processed efficient inverted planar perovskite solar cells 2018-10-19-https://doi.org/10.1016/j.solener.2018.10.025 2018 176 1 94R_R*021168 ,RQQf[ ,UO^Of[ ,hg~i`2013044 ,Rwm^t2013063 kEnhanced Diffuse Reflectance and Microstructure Properties of Hybrid Titanium Dioxide Nanocomposite Coating 2018-10-2210.1186/s11671-018-2763-3 2018 13328^wm*021162 ,Ğf[ ,lKQ܀f[ , _Q2015063 ,YN:_2016047 ,cf[ ,q[Rf[ ,1gwZf[ ,fk'YO2013032 , _ZSY , _shTY jSnS nanoribbon graphene mixed-dimensional heterostructures: Group VII passivation and quantum size effects 2018-10-2510.1016/j.jallcom.2018.06.3562018 766: 215-2204YNe*021086 ,e=Nf[ ,Ng 2014092 ,qeGYf[ ,?/cΔ*021110 ?/cΔ100% YNe,?/cΔkCoupled magnetic-elastic and metal-insulator transition in epitaxially strained SrMnO3/BaMnO3 superlattices 2018-10-2910.1039/C8RA05737K2018,8(63):36007-36411-sёQ*2014046 ,Ngf[ ,^gqf[ , _^f021079 , _O^Y IElectron Scattering from Neutral Fe and Low-energy Photodetachment of Fe? 2018-11-01ASTROPHYSICAL JOURNAL10.3847/1538-4357/aaddfa2018, 867 (1): 63 0004-637X2sKQ h*021141 ,Klaus BartschatY ,Oleg ZatsarinnyY tFerromagnetic Properties of N-Doped and Undoped TiO2 Rutile Single-Crystal Wafers with Addition of Tungsten Trioxide MATERIALSswm10.3390/ma11101934 2018 111934 1996-1944,&_Yf[ ,swm*021109 ,hT_aW2013030 ,gq^tf[ WEmissivity model of steel 430 during the growth of oxide layer at 800 1100 K and 1.5 lm10.1016/j.infrared.2017.11.0012018 88: 23-31S)IQRf[:5ux[fؚ6&^>e'Y%10.16366/j.cnki.1000-2367.2018.06.005< 2018 466 27-33%ꖹf[ ,NY022092 , _shT021001 ,of*Y ꖹ.Bu -> psi M decays and S-D wave mixing effects10.1088/1674-1137/42/11/1131022018 4211 1131028hg`s021119 ,퐲Wf[ ,Y[O\*021120 ,sZf[ ,8^021142 ,lQQ*gw vEffects of crystal structures and intermolecular interactions on charge transport properties of organic semiconductors10.1007/s10853-018-2719-02018 5322 15569-15587&eŖ^tf[ ,Ogas021133 ,>ZSf[ ,Rs*451002 pStrong metal support interactions impart activity in the oxygen reduction reaction: Au monolayer on Mo2C (MXene) 2018-11-02#JOURNAL OF PHYSICS-CONDENSED MATTER10.1088/1361-648X/aae7ab2018 3047 475201 0953-89845Cheng, Chengf[ , _Ug2018134 ,NSf021153 ,hg[.s*021117 UBs, Bd, D0 and K0 mixings in two-Higgs-doublet models with minimal flavor violation 2018-11-0710.1088/1361-6471/aaeba12018 4512 125001's9Oe*Y ,sOZSY , zSfNY ,_CQVY ,8^021142 s9Oe@Engineering the activity of CoNx-graphene for hydrogen evolution 2018-11-0810.1016/j.ijhydene.2018.09.0432018 4345 : 20573-205792 _Ug2018134 ,hg[.s*021117 ,hgf[ ,saPNf[ ,b܀022045 ؚ-Nirt [r,{N[_ vPCK㉐g 2018-11-10 -Ne8h_-N'Y YpSDe 2018 11 4-7\g1rga021108 , _mTf[ 5The ratio R(D) and the D-meson distribution amplitude 2018-11-1410.1140/epjc/s10052-018-6387-72018, 78(11): 937_1-937_16&m*2015094 , _!`Y ,4TtQRY ,NwmQY ,ĞmY [Planar perovskite FA x MA 1-x PbI 3 solar cell by two-step deposition method in air ambient 2018-11-15OPTICAL MATERIALS10.1016/j.optmat.2018.07.072 2019 8555-60 0925-3467;kTpgY ,R_R021168 , _NY ,RQQf[ ,UO^Of[ ,sY ,4bO*Y ,hTOYY 4bOkTpg,R_RPMagnetocaloric properties of the A-site co-doping double-perovskite of Sr2FeMoO6*https://doi.org/10.1016/j.jmmm.2018.07.0012018 466 133-137<s%f*021150 ,~[f[ ,s>fZ*021152 ,]Nf[ ,NgkSf[ ,u[f[ ,R~sY mDesign of Efficient Catalysts for CO Oxidation on Titanium Carbide-Supported Platinum via Computational StudyDOI: 10.1021/acs.jpcc.8b077412018 12245 25974-259829Wang Shiyanf[ ,hg[.s*021117 ,ZitQ=N021057 ,Wang, Weichao*Y Wang ShiyanWPtSe2/graphene hetero-multilayer: gate-tunable Schottky barrier height and contact type 2018-11-1610.1088/1361-6528/aaddb92018 2946 : 465707DYNe*021086 ,\gZf[ ,e=Nf[ ,Ng 2014092 ,ue021122 ,s)YtQ021129 ,NgNlY rReconstructing charge-carrier dynamics in porous silicon membranes from time-resolved interferometric measurements 2018-11-21UOO10.1038/s41598-018-35210-z 2018 817172,UOO2016090 ,Rihan WuY ,Igor V.Yurkevich*Y UOO100% Igor V.YurkevichEffects of Electric Field on the Electronic Structures of Broken-gap Phosphorene/SnX2 (X = S, Se) van der Waals Heterojunctions 2018-11-28 10.1103/PhysRevApplied.10.0540642018 105 : 054064CYNe*021086 ,\gZf[ ,NghY ,Ng 2014092 ,ue021122 ,s)YtQ021129 ,NgNlY Spectroscopic parameters, vibrational levels, transition dipole moments and transition probabilities of the 9 low-lying states of the NCl+ cation 2018-12-0110.1016/j.saa.2017.12.0352018 193: 203-211Emissivity Model of Aluminum 7075 During the Growth of Oxide Layer Over the Temperature Range from 800 to 910 K at a Wavelength of 1.5 lm10.1007/s12666-017-1239-y2018 715 : 1049-1060&e_R`*2012108 ,Of[ ,1gueu021043 ,Y[ё Y ZHighly Efficient Spintronic Terahertz Emitter Enabled by Metal Dielectric Photonic Crystal 2018-12-03ADVANCED OPTICAL MATERIALS10.1002/adom.201800965 6/23/1800965 2195-1071UQckY ,YOwY ,hT[Y ,wm021162 ,-:N*Y ,%tY ,RloY ,SY ,1g\tY _Reversible hydrogen storage behaviors of Ti2N MXenes predicted by first-principles calculations10.1007/s10853-018-2854-7wS: 54 g: 1 u: 493-505.NgNvf[ ,8lNY ,HNؚf[ ,&qgqR*021080 ,lm~*021140 &qgqR,lm~NgNvBStrain effect of high Tc ferromagnetism in Mo-doped SnS2 monolayer10.1016/j.commatsci.2018.10.0102019,156:321 324.RNfY ,hfY ,ZSY ,Ng8l\Y ,ς^yY ,YNe*021086 RNfLead sulfide films synthesized by microwave-assisted chemical bath deposition method as efficient counter electrodes for CdS/CdSe sensitized ZnO nanorod solar cells Solar Energy10.1016/j.solener.2018.11.0622018 (177):672-678d[][2014075 ,R_R021168 ,0uuf[ ,lh`if[ ,R2016052 ,Ng 2014092 ,cSf2014058 ,s8l8l2014059 ,YNe*021086 [][,R_ROFerromagnetic-Core Spin Vortex of Quasi-2D Spin-1 Condensate in a Harmonic Trap 2019-01-0610.1007/s10909-018-2063-42019,194(1-2);76 87ѐlQs^*021105 ,NgwZf[ ,Ŗpgf[ gEven odd oscillation of bandgaps in GeP3 nanoribbons and a tunable 1D lateral homogenous heterojunction 2019-01-0710.1039/c8cp06310a2019,21(1):275-280;NgY ,Ğ\OY ,lSf[Y ,1g_zY ,NgQY ,YNe021086 ,fQs^*Y ,>\t*Y fQs^,>\tNgHX-ray detection based on complementary metal-oxide-semiconductor sensors10.1007/s41365-018-0528-4 2019 301 97 z)P)Pf[ ,l%fe*021136 ,^_022054 ,s021034 ,s[Y ,gHQ Y Mhttps://doi.org/10.1007/s41365-018-0528-4]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24 The Generalized Analytical Expression for the Resonance Frequencies of Plasmonic Nanoresonators Composed of Folded Rectangular Geometries 2019-01-1010.1038/s41598-018-37275-2 2019,9(1):52Rwm*021162 ,Ng=NTf[ , _Q2015063 ,YN:_2016047 ,^y[Y ,Ğf[ ,lKQ܀2018152 ,cf[ , _shTY uAsymmetric substitution changes the UV-induced nonradiative decay pathway and the spectra behaviors of beta-diketones 2019-01-1510.1016/j.saa.2018.09.0262019 207:209-215 hgRR100% uIntrinsically Low Thermal Conductivity in BiSbSe3: A Promising Thermoelectric Material with Multiple Conduction Bands 2019-01-17ADVANCED FUNCTIONAL MATERIALS10.1002/adfm.2018065582019 291 1806558 1616-301XIRSfY ,sN mY ,4TwmQ*Y ,sёQ2014046 , _3Y ,s^m021138 ,PennycookY ,uzQ*Y 4TwmQ,uzQ5CO oxidation over BC3 nanosheet: a theoretical study.10.1080/00268976.2018.15037482019 117(2)125-1350 _wmlY ,UN`i*Y ,gef[ ,HkSIQY ,uf[f[ ,4b[w*021019  _wmlQEffect of Zr doping on the magnetic and phase transition properties of VO2 powder 2019-01-1810.3390/nano9010113 2019 91 113Aswm021109 ,_Yf[ ,bS_?Y ,/cNSY ,gq^tY ,YOP[ mY ,HfY ,R͖*Y ,q*Y R͖,qyBand structure engineering of SnS2/polyphenylene van der Waals heterostructure via interlayer distance and electric field 2019-01-2110.1039/c8cp06332j2019,21(3):1521-15277 _)Pf[ ,Ng 2014092 ,s)YtQ021129 ,?/cΔ021110 ,YNe*021086  _)P"(WN~GeSe~s|GrۏLNeTNeSP[cBgvS;NTe;NBg(`e 2019-01-282019,36(06):733-741. 11-2011/O4q[Rf[ ,\gZf[ , _shT021001 q[R[Capability of defective graphene-supported Co-4 nanoparticle toward ammonia dehydrogenation10.1016/j.apsusc.2018.09.1552019 465 : 1-9's=Nf[ ,lm~*021140 ,&qgqR*021080 ,Qsf[ s=NsAg monolayer doped by Pt atom on WC (0001) surface: A good catalyst for H-2 dissociation with high sulfur tolerance10.1016/j.ijhydene.2018.11.233wS: 44 g: 5 u: 3115-3120& _\f*2016025 , _Ug2018134 ,hg[.s021117 rEnhancing thermoelectric performance of SnTe via stepwisely optimizing electrical and thermal transport properties 2019-01-3010.1016/j.jallcom.2018.09.2342019,773 :571-584UsN mY , _SfY ,YORY ,"gY ,sёQ2014046 ,s^m021138 ,UOsO^Y ,hT\tupY ,^mY ,^OY ,uzQ*Y uzQ8Observation of OZI- suppressed decays chi_cJ ! omega phi 2019-01-31*https://doi.org/10.1103/PhysRevD.99.01201599 012015-1~95Ablikim, M.Y ,Y[O\021120 ,ݐU^2013014 ,Yns^*2015165 Ablikim, M.>VSO\O TyBESIII Collaboration]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24+BESIIIKmϑXi(1530)^{-} -> gamma Xi^{-}vyraSmxvzlWS^'Yf[f[b.6qyf[Hr%JCNKI 2019,4724 52-57Yns^*2015165 ,hTNySSf[ fPerylene Mono-imide Dimers Enhance Ternary Organic Solar Cells Efficiency by Induced D-A Crystallinity 2019-02-01ACS APPLIED ENERGY MATERIALS10.1021/acsaem.8b013202019,2(1):305-311 2574-09620y^ts^*021147 ,퐗_i`f[ ,NgmY ,NgIQfkY ,_q\*Y ,4T~U*Y y^ts^,_q\,4T~U N Oevh"}u0 N Oeux FOQ Nd0R0qRotationless radiative lifetimes and transition probabilities of some low-lying quintet states of the NS + cation10.1016/j.jqsrt.2018.10.034 2019 224 1 8/hT9Nf[ ,e_R`*2012108 ,1gueu021043 ,Sun, JinfengY 0^] :N2018t^ez]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24nPhotovoltaic effect in cuprate superconductor (Bi, Pb)2Sr2Ca2Cu3O10+ and Bi2Sr2CaCu2O8+ under magnetic field10.1016/j.ceramint.2018.10.1022019,45 (2): 2028 2035+Zi^f[ ,8^eؚ*021066 ,3tY ,l_ef[ ,hgg2015061 6P[: A ^]hl:N2018t^]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24eEnhancing the thermoelectric performance of Bi2S3: A promising earth-abundant thermoelectric materialFRONTIERS OF PHYSICS10.1007/s11467-018-0845-42019 14,1 013601 2095-0462BHpY ,sN mY ,^mY ,hTfsY ,^OY ,s^m021138 ,sёQ2014046 ,uzQ*Y Hp,sN mrStudy of normal spectral emissivity of copper during thermal oxidation at different temperatures and heating times(10.1016/j.ijheatmasstransfer.2018.09.1162019 1291066-1074%NdW2013045 , _Oqf[ ,R`f[ ,Rs*451002 \Dark plasmon in asymmetric nanoring< arrays on conducting substrates and related applications10.1364/OME.9.0008702019 92 870-877 [3f[ ,Ng=N*2017099 ,Rs451002 [3TTransition probabilities of the seven lowest lying singlet states of the AlN radical 2019-02-0210.1016/j.jqsrt.2018.11.0302019 224 261 271]First-principles calculations of Au-supersaturated silicon formed by pulsed-laser irradiation 2019-02-08#JAPANESE JOURNAL OF APPLIED PHYSICS10.7567/1347-4065/aaf56e2019,58(2);020904 0021-4922ZObservation of D+ -> f(0) (500)e(+) nu(e) and Improved Measurements of D -> rho e(+) nu(e) 2019-02-1310.1103/PhysRevLett.122.0620012019 122 (6) 062001;M. AblikimY ,ݐU^2013014 ,Yns^2015165 ,Y[O\Y ,Zhang, L*Y Zhang, L M. AblikimQ\O:NQ\OSNezv]\Ov^NT\O~ TINSh0T\O~:NSN1NIIIBESIII T\O~0]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24XNegative differential conductance effect and electrical anisotropy of 2D ZrB2 monolayers10.1088/1361-648X/aaf5b22019t^,{31g065301u2019(31):065301N[INO*021164 ,&qZmf[ ,OsGSY ,sY ,fk]lMR*Y ,Rb^Y ,Hf[t^2013015 ,s)YtQ021129 ,sdWY JObservation of Ds->p nbar and confirmation of its large branching fraction 2019-02-1510.1103/PhysRevD.99.0311012019 993  0311018ݐU^2013014 ,Yns^2015165 ,Y[O\Y ,Kang, XL*Y ,Liu, F*Y Kang, XL,Liu, Fa\O:N;N\ONT\O~ TINSh Q萇echuDspnmemo_v2.4.pdf0T\O~:NSN1NIIIBESIII T\O~0]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24High activity of Au monolayer doped by Pt atom on WC (0001) surface towards H-2 dissociation and high tolerance of sulfur poisoning10.1016/j.jallcom.2018.10.1412019 775  330-334 _\f*2016025 ,hg[.s021117 MProbing C3N/Graphene heterostructures as anode materials for Li-ion batteries10.1016/j.jpowsour.2018.12.0312019 413117 124's!`6qf[ ,&qgqR*021080 ,lm~*021140 ,8lNY s!`6qIQvffZ*021152 ,QRf[ ,1ghOf[ ,hg[1f[ ,>eGSf[ 0STirSr1.98Nd0.02FeMoO6TSr1.96Nd0.04FeMoO6v6RYSxf[h_ 2019-02-28)DOI: 10.3969/j.issn.1001-9731.2019.02.0192019 502129-2132*s%f021150 ,u[f[ ,s>fZnull ,~[f[ ,s#Wmf[ ZWS2/BSe van der Waals type-II heterostructure as a promising water splitting photocatalyst 2019-03-01MATERIALS RESEARCH EXPRESS10.1088/2053-1591/aaf7c32019,6 (3): 035513 2053-1591& _[lf[ ,hT_aW*2013030 ,gY ,hg[.s021117 wEfficient quantum dots anchored nanocomposite for highly active ORR/OER electrocatalyst of advanced metal-air batteries 2019-03-02 NANO ENERGY$doi.org/10.1016/j.nanoen.2018.12.0172019 57  176-185 2211-2855)_Y , _\f2016025 , _m*Y ,RN[Y ,TN&=N*Y  _m,TN&=N_CExciton states and oscillator strength in few-layer alpha-tellurene 2019-03-0410.1063/1.50573952019,114(9):092101Eؚ:_f[ ,Ng *2014092 ,e=Nf[ ,s)YtQ021129 ,qSfNIN021018 ,YNe*021086 ,>\tY Ng ,YNewSpectroscopic properties and analytical potential energy function of ground and low-lying excited states of BeC moleule 2019-03-0510.7498/aps.68.201816952019 685 053102, _Mb*021121 ,Y[ё Y ,e_R`2012108 ,1gueu021043 ?Comparative Study of C3N- and Graphene-Supported Single-Atom Pt 2019-03-0710.1021/acs.jpcc.8b121422019 123,9 5731-5735hgZSef[ ,NSf*021153 hgZSeؚ-Nirt[r,{N[_vPCK㉐g 2019-03-10$10.3969/j.ISSN.1009-2927.2019.03.011 20193 39-42iUnidirectional and controllable higher-order diffraction by a Rydberg electromagnetically induced grating 2019-03-1310.1103/PhysRevA.99.0338262019 99(3)033826(8) l9N9NY ,NNfY ,utQN021145 ,Y*Y Yl9N9NaAb initio studies of electron correlation effects in magnetic dipolar hyperfine interaction of Cs 2019-03-149JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS10.1088/1361-6455/ab013c2019,52(5):055002U8ll*2014051 ,ZQ)Rf[ ,kZZf[ ,Rlbf[ ,Rs*451002 ,hgRR*2018025 Rs,hgRRlCSޘ{Electrochemical Reduction of CO2 by SnOx Nanosheets Anchored on Multiwalled Carbon Nanotubes with Tunable Functional Groups CHEMSUSCHEM10.1002/cssc.2018027252019 12  1443-1450 1864-5631> _&tY , _\f2016025 ,k^\*Y ,RONY ,hT`Y ,Daniel GuayY ,TN&=N*Y k^\,TN&=N _&t]Perseverance of direct bandgap in multilayer 2D PbI2 under an experimental strain up to 7.69% 2019-04-08 2D MATERIALS10.1088/2053-1583/ab01eb2019,6(2):025014 2053-1583c\gPNZY ,sjY ,qeGYf[ , _^Y ,YNe021086 ,O_fY ,NgNlY ,TongaySefaattinY ,hg\ gY , _eck*Y ,Re\Y ,R~NY  _eck\gPNZ]Metal and Non-metal Atoms Modified Graphene as Efficient Catalysts for CO Oxidation Reactions 2019-04-1010.1021/acs.jpcc.9b00060123, 10926-109395UN`i*Y ,HkSIQY ,gef[ ,uؚY ,NgOf[ ,lNOY ,4b[w*021019 2]Sh \*gh"} eEQh"}u]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24)XAuBi (X=Eu,Ba)b Qb nodalchain JSё^\v,{N'`Stxvz10.13380/j.ltpl.02019.03.010 2019 410213 34-1053/O40u_f[ ,s^m*021138 0u_[Cooperative activation effect on H2O adsorption in MnO Co catalyzed steam methane reforming10.1016/j.physleta.2019.01.0382019,383(12):1357-1361,NSf021153 ,Rsf[ ,Y[)Pf[ ,lNO*Y ,hg[.s*021117 QSearch for baryon and lepton number violation in J/psi -> Lambda(+)(c)e(-) + c.c. 2019-04-1210.1103/PhysRevD.99.0720062019 99 (7)  072006LAblikim, M.*gw ,ݐU^2013014 ,Yns^2015165 ,Y[O\Y ,Zhao, MG**gw ,Zheng, B**gw Zhao, MG,Zheng, BS\O:NQvc\OKNN SNez v^NT\O~ TINSh0T\O~:NSN1NIIIBESIII T\O~0]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24RCurrent status of a natural NMSSM in light of LHC 13 TeV data and XENON-1T results 2019-04-15DOI: 10.1103/PhysRevD.99.0750202019 997 0750203fOpg021038 ,:hgPN2018151 ,\NN2016044 , _3*Y ,1gOif[  _3xLarge-Scale Plasmonic Nanodisk Structures for a High Sensitivity Biosensing Platform Fabricated by Transfer Nanoprinting 2019-04-2010.1002/adom.2018012692019,77 1801269.h\tzY ,]e=NY ,Ng=N2017099 ,YOzfRY ,m_OY ,_:c*Y _:ch\tzThe role of electron-attracting substituents and molecular stacking motifs in the charge transport of tetraazapyrene derivatives 2019-04-2110.1039/c9nj00477g2019 4315 5706-5718eŖ^tf[ ,Ogas021133 ,Rs*451002 EProspects of Xi(1530)^{0} anti-Xi(1530)^{0} pair production at BESIII 2019-04-23MODERN PHYSICS LETTERS A)https://doi.org/10.1142/S02177323195000812019, 34 (19500008): 1-7 0217-7323Xu-Ning MaY ,Yns^2015165 Xu-Ning Ma100% Xu-Ning Maf[!h NǏehQ\O4Spectra stable blue perovskite light-emitting diodesNATURE COMMUNICATIONS10.1038/s41467-019-09794-7 2019,10:1868 2041-1723Yn iY ,ygg021169 ,]fqf[ ,UO^OY ,RQQY ,Ğf_lY ,W gaY , _=NY ,_[[Y ,Ng[[Y ,OO=NY ,R_R021168 ,sqNSY ,Gi-Hwan KimY ,ft*Y ,HQY Yn i,yggxSuperradiance and dynamical evolution of a charged scalar field in an asymptotically anti-de-Sitter dilatonic black hole 2019-04-2910.1103/PhysRevD.99.0840452019 998 084045 Ng6q*021149 ,usOf[ ,>IQY ,Hfof[ QDirac fermions in the layered titanium-based oxypnictide superconductor BaTi2Bi2O 2019-04-3010.1103/PhysRevB.99.1551552019,99(15):155155>w$j_Y ,HY ,He, PengY ,s^m021138 ,ѐlQs^021105 ,RkY ,uOO*Y w$j_100% uOO`Simulating terahertz absorption of fluorinated phenylacetylene biphenyl liquid crystal molecules 2019-05-0110.1088/2053-1591/aaee002019 65  0563023lR`*021083 ,sŖff[ ,sQ)Rf[ ,lCSޘf[ ,Rlbf[ ,Rs*451002 ,hgRR*2018025 kZZLExploring the excited states of the AsCl radical: A theoretical contribution10.1016/j.jqsrt.2019.02.0142019,228:17-26,hgf[ , _Sf*2016039 ,UOO2016090 ,Rs*451002  _Sf,RshgnSynergistically optimized electrical and thermal transport properties of polycrystalline SnSe via alloying SnS 2019-05-02 JOURNAL OF SOLID STATE CHEMISTRY"doi.org/10.1016/j.jssc.2019.02.0382019,273:85-91 0022-4596(u~NY ,sN mY ,swZ*Y ,s^m021138 ,uzQ*Y swZ,uzQu~NSingle production of vectorlike top partner decaying to Wb in the leptonic channel at ep colliders in the littlest Higgs model with T-parity 2019-05-0310.1103/PhysRevD.99.0950022019 999 095002&hgpe*2014115 ,OV f[ , _NSf[ ,R[021158 Isotope effect and coriolis coupling effect for the Li+H(D)Cl!LiCl+H(D) reaction by the time-dependent quantum wave packet method 2019-05-0410.1088/1674-1056/28/5/0534012019 28(5):053401'~u*021172 ,h^f[ ,NOY ,Rs*451002 ~u100% KMagnetic phase transition and multiferroic phase separation in Ho1-xGdxMnO310.1016/j.ceramint.2019.01.1402019 457 8325-8332\ _Z*021151 ,s!`s^f[ ,NgY ,RΘ*Y ,Rx^Zf[ ,Ng`if[ ,Ώhf[ ,c93f[ ,NSf021153 ,ssY ,hTOY ,ROfY  _Z,RΘ'P[A]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24SP[xvPg|~~g8^peSvQ TMO }v xvPgwvt{ 2019-05-0510.7498/aps.68.201901132019 689 093101.ZQfZ*021152 , _xf[ ,QRf[ ,Y[QNf[ ,s%f021150 ,\m021146 ,9\\2017096 ,\Q2015059 ,s\Nf[ XAnti-Ambipolar Transport with Large Electrical Modulation in 2D Heterostructured DevicesADVANCED MATERIALS10.1002/adma.2019011442019 3124 1901144 0935-9648Y z^tnY ,9\~Y ,s\Y ,s/ctQY ,sOOY ,)nYY ,ĞeimY ,Sendeku M. G.Y ,Q=N *Y ,Rs451002 ,UOQ*Y Q=N ,UOQ z^tnTheoretical studies on charge transport and optical properties of diarylmaleic anhydride derivatives as organic light-emitting materials10.1016/j.cplett.2019.03.0532019 72450-56&>ZSf[ ,Ogas021133 ,eŖ^tf[ ,Rs*451002 lEffect of structural defects and S-doped on electronic structure and magnetic properties of HfSe2 monolayer+JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS10.1016/j.jmmm.2019.02.0292019 479  192-1988ue*021122 ,ؚ8lf[ , _f[ ,swm mf[ ,s)YtQ021129 ,qSfNIN*021018 HTransition dipole moments and transition probabilities of the NS radical10.1016/j.jqsrt.2019.04.0022019 230 120 130e_R`*2012108 ,hT9Nf[ ,Y[ё Y e_R`,hT9N*Ti 3 (Ge 1-x Si x )C 2 VnSORf[TpRf['`v,{N'`Stxvz2019,363 491-497NgNvf[ ,ёeZf[ ,&qgqR*021080 `Identification of High-Performance Single-Atom MXenes Catalysts for Low-Temperature CO Oxidation 2019-06-03ADVANCED THEORY AND SIMULATIONS10.1002/adts.201900006wS2 g8 2513-03905 zbf[ , _Ug2018134 ,hg[.s*021117 ,Kersti Hermansson*Y hg[.s,Kersti Hermansson8*bbk0R2019.12.05g RESCI6eU_ (WWEB OF SCIENCE vSCIERh-N*gd"}0Rg R]Terahertz wave absorption for alkylcyclohexyl- isothiocyanatobenzene liquid crystal materials 2019-06-0510.7498/aps.68.201902092019 6811 116102: f\f[ , zŖRY ,sŖff[ ,yg021045 ,sQ)Rf[ ,hgRR*2018025 ,kZZf[ ,lCSޘf[ ,Rs*451002 hgRR,Rse:NNvsr-1rVefWQZSO-Nvx8hm)o 2019-06-06 q\'Yf[f[b.6qyf[Hr8DOI10.13451/j.cnki.shanxi.univ(nat.sci.).2018.06.18.003 42/2/362-366 14-1105/NѐlQs^021105 ,NgwZf[ ,Ngf[ ,Ŗpgf[ kUnveiling the Electric-Current-Limiting and Photodetection Effect in Two-Dimensional Hydrogenated Borophene 2019-06-13 10.1103/PhysRevApplied.11.0640312019 116 064031@[INO*021164 ,OsuY ,sY ,NgmY ,fk]lMRY ,s)YtQ021129 ,*{wmY ,&qZmf[ hDielectric relaxation behavior and energy storage properties in Ba1-x(Bi0.5K0.5)xTi0.85Zr0.15O3 ceramics 2019-06-1510.1016/j.jallcom.2019.03.126 789: 983-990;s>fZ*021152 , _xf[ ,Sgkf[ ,Y[QNf[ ,hg_[_[f[ ,s%f021150 ,s\Nf[ [Phosphorene: A promising metal free cathode material for proton exchange membrane fuel cell10.1016/j.apsusc.2019.02.0132019 479  590-594Bb܀022045 ,^sNf[ ,NgUxf[ ,saPNf[ ,hg[.s*021117 ,lNOY ,Wu, Ruqian*Y Radiative lifetimes of vibrational levels and transition probabilities of spontaneous emissions of the six lowest-lying triplet states of AlN radical10.10.1016/j.saa.2019.03.0452019 217  77 85ONovel structures of two-dimensional tungsten boride and their superconductivity 2019-06-1910.1039/c9cp02727k2019, 21(28): 15327-15338<sY ,mY , _ef[Y ,ROޘY ,b܀022045 ,'8lIQ*Y ,UfNS*Y ,s[0uY '8lIQ,UfNSsVBayesian analysis of sneutrino dark matter in the NMSSM with a type-I seesaw mechanism 2019-06-2510.1103/PhysRevD.99.1150332019,99(11):1150333fOpg*021038 ,Ngmf[ ,XoNf[ ,\NN2016044 < ,\܏ef[ , _f[ aTheoretical study on the charge transport and metallic conducting properties in organic complexes 2019-06-2810.1039/c9cp02170a2019,21(24):13304-13318eŖ^tf[ ,Rs*451002 \Single-atom Pt on non-metal modified graphene sheets as efficient catalysts for CO oxidationDOI: 10.1039/c8nj06239k2019 4324  9555-95650UN`i*Y , _wmlY ,hTёbY ,HkSIQY ,gef[ ,4b[w*021019 `Single production of vector-like top partner in the W b channel at e collision in the LHT model 2019-06-3010.1142/S0217751X195009332019 3418):1950093!hgpe*2014115 ,hgIQY ,OV f[ ,kR`R`f[ hgpe,hgIQlCross-section prediction for isotopes near neutron drip line in 70, 80Zn projectile fragmentation reactions* 2019-07-0110.1088/1674-1137/43/7/0741032019 437 074103,Ogas021133 ,[N9Nf[ ,l%fe*021136 ,Ng_[Y ,ςOY SRole of defects in tuning the adsorption of CO over graphene-supported Co13 cluster10.1016/j.apsusc.2019.03.2062019,481:1080-1088s!`6qf[ ,s=Nf[ ,lm~*021140 YAu monolayer on WC(0001) with enhanced activity towards NO oxidation: A theoretical study10.1016/j.apsusc.2019.03.1172019, 481 : 369-373  _Ug2018134 ,H|*Y ,hg[.s*021117 H|,hg[.s\Half-unit-cell ZnIn2S4 monolayer with sulfur vacancies for photocatalytic hydrogen evolution 2019-07-0510.1016/j.apcatb.2019.02.0272019,248:193-201,\g~Y , _)Pf[ ,ggRY ,ZSY ,YNe021086 ,hgVO*Y hgVO\g~ZSpontaneous emissions between the a3, b3?, c3+, d3, and e3? states of the AlO+ cation10.1016/j.saa.2019.04.0022019, 218: 184 190QN`if[ ,1gueu*021043 QN`i~Cr-Dopant Induced Breaking of Scaling Relations in CoFe Layered Double Hydroxides for Improvement of Oxygen Evolution Reaction 2019-07-1110.1002/smll.2019023732019,1535 :1902373E)nY , _Ug2018134 ,Rm[Y ,NgflbY , f fY ,T[OY ,!Os^Y ,skS*Y ,Ng*Y skS,Ng)n, _Ug@Band alignment tuning in GeS/arsenene staggered heterostructures 2019-07-1510.1016/j.jallcom.2019.04.1452019,793:283-2889e=Nf[ ,Ng *2014092 ,?/cΔ021110 ,s)YtQ021129 ,YNe*021086 e=N.Photovoltaic effect in Ag/MgB2 heterostructure10.1016/j.jallcom.2019.04.2302019,793(15):662-671$Zi^f[ ,8^eؚ*021066 ,R_R021168 ,3tY yRotationless radiative lifetimes and transition probabilities of the seven lowest-lying doublet states of the AlO radical10.1016/j.jqsrt.2019.04.0072019 23137 48qCH3NH3PbI3-xClx MoOx bulk heterojunction and its function on carrier separation actions in perovskite solar cells 2019-07-1610.1088/2053-1591/ab1923Volume 6, Number 72sc*021144 ,QstQf[ ,RQQf[ ,ygg*021169 ,lR`021083 sc,ygglRealizing High-Ranged Out-of-Plane ZTs in N-Type SnSe Crystals through Promoting Continuous Phase Transition 2019-07-17ADVANCED ENERGY MATERIALS10.1002/aenm.2019013342019 928 1901334 1614-6832=8^hfY ,sN mY ,UONuY ,UOeyY ,1g܏Y ,s^m021138 ,UO^`*Y ,uzQ*Y 8^hf100% UO^`,uzQ8^hf,s^mWSNNSb  -NV)YfZ021152 Normal spectral emissivity characteristics of roughened cobalt and improved emissivity model based on Agababov roughness functionAPPLIED THERMAL ENGINEERING$10.1016/j.applthermaleng.2019.1139572019,1598 :113957 1359-4311$NdW2013045 ,R`f[ ,R hf[ ,Rs*451002 <Dielectric properties of Al2O3 modified CaCu3Ti4O12 ceramics10.1007/s10854-019-01810-22019 30,15 3869-13876s _[f[ ,f[ ,fdWf[ ,s>fZ*021152 ,Y[QNf[ ,_[eyf[ ,S8lf[ ,Ng8lsf[ ,ffwf[ ,s%f021150 ,\Q2015059 ,\m021146 ,9\\2017096  _[qTheoretical study on the catalytic properties of single-atom catalyst stabilised on silicon-doped graphene sheets10.1080/00268976.2019.16523688.HkSIQY ,uؚY ,4TQmY ,UN`i*Y ,~Y ,4b[w*021019 HkSIQeck_ux I{ gck_uxTQcN0RAdiabatic and high-fidelity quantum gates with hybrid Rydberg-Rydberg interactions 2019-08-0510.1364/OE.27.0230802019,27(16):1-10&NNfY ,smY ,l9N9NY ,utQN021145 ,Y*Y NNfoIon-migration and carrier-recombination inhibition by the cation- interaction in planar perovskite solar cells 2019-08-0710.1016/j.orgel.2019.105387 Volume 75, December 2019, 105387Khgg2015061 ,]]]Y ,Rf[ ,[^021171 ,Rwm^t*2013063 ,SQf*Y ,Sagar M. Jain*Y Rwm^t,SQf,Sagar M. Jain0scing RSh f*g6eU_]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24R-Nirt NyHr,gYePgRf[`Nv[kRg 2019-08-10$10.3969/j.ISSN.1008-4126.2019.16.0052019 3716 :13-15 1008-4126 CN23-1365/G4Improving the Performance of Planar Perovskite Solar Cells through a Preheated, Delayed Annealing Process To Control Nucleation and Phase Transition of Perovskite Films 2019-08-11CRYSTAL GROWTH & DESIGN10.1021/acs.cgd.9b000242019, 19,8  4314-4323 1528-7483KRf[ ,Rwm^t*2013063 ,hg~i`2013044 ,hgg2015061 ,R_R021168 ,Jain, Sagar M**gw Rwm^t,Jain, Sagar MRMolecule-level graphdiyne coordinated transition metals as a new class of bifunctional electrocatalysts for oxygen reduction and oxygen evolution reactions 2019-08-1210.1039/c9cp04068d21 (2019) ,19651:Q/cf[ ,NgNINf[ ,lN:_*2017067 ,NgOf[ ,ONf[ ,UN`iY ,4b[w*021019 Q/cyVibronic emissions between the a1 + , b 1 , c 1 , d 1 + , e 1 ?, and f 1 states of the diatomic silicon carbide SiC 2019-08-1310.1016/j.jqsrt.2019.05.0052019 23313-20 _ f[ ,sKQ h*021141  _ kNovel two-dimensional tetragonal vanadium carbides and nitrides as promising materials for Li-ion batteries 2019-08-1410.1039/c9cp03954f2019, 21(35): 19513-1952054TlnY ,mY , _OcY ,b܀022045 ,s_RY ,Ngs~Y ,s[0u*Y s[0u4Tln0Realizing n-type BiCuSeO through halogens doping 2019-08-15 _Sfi10.1016/j.ceramint.2019.04.2312019 45 12  14953-14957! _SfiY ,sN mY ,s^m021138 ,uzQ*Y \Effect of hot deformation on the formation of the cube texture in annealed Cu-Ni-W substrate10.1016/j.physc.2019.04.0142019,563:63-66.R_R*021168 ,R gޘf[ ,^thY ,Ξe\021101 , _ޘO*Y R_R, _ޘOiUnraveling the unstable amorphous phase evolution effect on burn-in loss in polymer-fullerene solar cells10.1016/j.orgel.2019.05.0202019 71156-163=hg\Y ,[rh`Y ,ygg021169 ,kORY ,H_jY ,Q3tY ,R^:_*Y ,ݐSfm*Y R^:_,ݐSfmhg\薁Efficient band structure engineering and visible-light response in ZrS2/GaS heterobilayer by electrical field or external strains 2019-08-2210.1016/j.physleta.2019.06.0202019 383 24 : 2969-2973oNonequilibrium condensation process of a holographic superconductor in de Rham-Gabadadze-Tolley massive gravity 2019-08-2310.1103/PhysRevD.100.046018 100/4/048018Ng6q*021149 ,usO*f[ Ng6q,usOsCompetition between singlet fission and singlet exciton dissociation at the interface in TIPS-pentacene:IT-4F blend 2019-08-2510.1016/j.orgel.2019.05.0412019 71296-302A[rh`Y ,hg\Y ,ygg021169 ,kORf[ ,RbdWY ,Q3tY ,yOY ,ؚdWY ,ݐSfm*Y ݐSfm[rh` 65MnvIQ1S\sxvz 2019-09-012019(5): 64-691gueu021043 ,ؚ\f[ BElectronic properties of size-dependent MoTe2/WTe2 heterostructure10.1088/1674-1056/ab3b532019 2810 107101:RgZf[ ,lN:_*2017067 ,4bŖY ,HpY ,NgOf[ ,UN`iY ,4b[w*021019 A sulfur coordination polymer with wide bandgap semiconductivity formed from zinc(II) and 5-methylsulfanyl-1,3,4-thiadiazole-2-thione5ACTA CRYSTALLOGRAPHICA SECTION C-STRUCTURAL CHEMISTRYi\ g10.1107/S20532296190109452019. C75(9):1243-1249 2053-2296; _O*Y ,lSf^f[ ,"SKNY ,NOY ,[\pgY ,b܀022045 ,i\ g*031075  _O,i\ g _OeA scaling phenomenon for the cross section of fragment produced in projectile fragmentation reactions 2019-09-0310.1007/s11433-018-9364-x2019 629 :992011oPreservation of quantum correlation between nitrogen-vacancy-center ensembles by squeezed-reservoir engineering10.1103/PhysRevA.100.0323022019 1003 0323021O/TTY ,hg%fm2016036 ,H f8l*Y ,[?Y ,hgN̑*Y ,Q*Y H f8l,hgN̑,QO/TTHTopological properties of NaAuTe in the hexagonal and Heusler structures10.1016/j.commatsci.2019.109206 171/109206 _Oes^021060 ,s^m*021138 2020t^ez ,g!k NkXbwFormation, geometric properties, and surface activities of nSi clusters (n = 1-4) doped graphene as metal-free catalyst 2019-09-0410.1007/s00339-019-2940-y2019,125(9):634.HkSIQY ,uؚY ,~Y ,1r_Y ,UN`i*Y ,4b[w*021019 NTransition frequencies between the 2S and 2P states of the lithiumlike ion O5+10.1103/PhysRevA.100.032505 100/3/032505,Multifunctional 2D CuSe monolayer nanodevice10.1088/1361-648X/ab18e52019 3135 355301A[INO*021164 ,OsuY ,sY ,NgmY ,fk]lMR*Y ,Rbf_Y ,s)YtQ021129 ,&qZmf[ aTrajectory analysis of few-cycle strong field ionization in two-color circularly polarized fields 2019-09-0510.1088/1674-1056/ab34442019 289 093202/Ğqf[ ,ygg021169 , _8zY ,sebY ,)Yl*Y ,_lswm*Y )Yl,_lswmĞqDipole-allowed transitions between the X-3 Sigma(-), A '(3)Delta, A ''(3)Sigma(+), A(3)Pi, B-3 Sigma(-), and C-3 Pi states of the sulfur monoxide radical10.1016/j.jqsrt.2019.05.0322019, 234: 98 107A DFT/TDDFT investigation on structure photophysical properties relationship of phenothiazine derivatives with substitutions on C-3/N-10 sites 2019-09-0610.1016/j.comptc.2019.1125122019,1163,112512 F8l:_f[ ,ZiZif[ ,NgypQf[ ,[^< *021171 F8l:_Modulation of the electronic properties and spin polarization of 2H VS2 nanoribbons by tuning ribbon widths and edge decoration 2019-09-07DOI10.1039/C9CP02933H2019, 21, 18211-18218?u9_[f[ ,s)YtQ*021129 ,uf[f[ ,YNe*021086 ,[INO021164 ,4b[w021019 u9_[Strong Valence Electrons Dependent and Logical Relations of Elemental Impurities in 2D Binary Semiconductor: a Case of GeP3 Monolayer from Ab Initio Studies 2019-09-0910.1186/s11671-019-3135-32019,14(1):307H _WzimY ,NgY ,NSf`iY ,u[Y ,[r%fY ,NgQ*Y ,fQs^Y ,s~g gY ,YNe021086 ,>\t*Y NgQ,>\t _WzimTPositioning of Characteristic Spectral Peaks Based on Improved Sine Cosine Algorithm 2019-09-10IQf[f[bActa Optica Sinica 10.3788/AOS201939.09300082019 399 093008 31-1252/O44NdW2013045 ,&qRNf[ ,RP[*Y ,OY , _]Y ,Rs451002 RP[uTwo-dimensional Au2B: Robust non-magnetic metallicity independent of the native defects, strain and functional groups 2019-09-1310.1209/0295-5075/127/470022019, 127(4): 47002'szY , j^O*Y ,sq{vY ,ؚVY ,b܀022045  j^Osz?Charged Higgs bosons in the NMSSM under current LHC constraints 2019-09-1410.1142/S02177323195023042019 3428 1950230ag*021157 ,퐗gf[ ,Y[ g:_f[ ,O]f[ S_ TN'`^gNR\t^S_ONub. 2019-09-15R\t^[ RON 20199 24-30 11-4268/G3ON331002 ,Ng6q021149 Identifying inverted-hysteresis behavior of CH3NH3PbI3?xClx planar hybrid perovskite solar cells based on external bias precondition 2019-09-18 doi.org/10.1088/1361-6463/ab28d02019, 52(38):3855011sc*021144 ,QstQf[ ,Y[SfQf[ ,y^ts^021147 ,lR`021083 VSurface vacancy on PtTe2 for promoting CO oxidation through efficiently activating O2. 2019-09-2410.1088/1361-648X/ab4759wS:32 g:2 u:025201) _Ug2018134 ,8^R*gw ,hg[.s*021117 ,skS*Y hg[.s,skSBHigh thermoelectric performance in low-cost SnS0.91Se0.09 crystals 2019-09-2710.1126/science.aax51232019 3656460 1418 1424:#s^m021138 ,UOegY ,Zhao, Lidong*Y Zhao, LidongUOeg@V勇ez\OǏYNGW:N!hYNX EekXb,{N0!hQT\O0]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24cTransition metal embedded C3N monolayers as promising catalysts for the hydrogen evolution reaction 2019-09-2810.1039/C9CP04267A2019, 21(36): 20432-20441'uNY ,lNOY , _YY ,b܀022045 ,s ne*Y s neuNUFurrowed hole-transport layer using argon plasma in an inverted perovskite solar cell10.1039/c9nj02763g2019 43,36  14625-146333Ng\hf[ ,sQ phi f0(980) -> phi pi+ pi- decays with perturbative QCD approach 2019-09-2910.1088/1361-6471/ab25532019 469 095001)sZ*Y ,8^021142 ,hg`s021119 ,Y[O\021120 sZXTuning electronic and magnetic properties of armchair InSe nanoribbons by hydrogenation 2019-09-3010.1016/j.spmi.2019.1062822019 ,135:106282Sue*021122 ,ul_9f[ , _f[ ,s)YtQ021129 ,YNe021086 ,4b[w021019 ,qSfNIN021018 ,hgg441001 wQ gNbcOPnvFe3O4/FeO8h/X~s|Pgev{f6RY$10.3969/j.issn.1001-9731.2019.09.0302019, 50(9): 181-185'R^^f[ ,NgNf[ , _^f*021079 ,sёQ2014046 R^^uHighly Polarization-Sensitive, Broadband, Self-Powered Photodetector Based on Graphene/PdSe2/Germanium Heterojunction10.1021/acsnano.9b039942019,13(9):9907-9917]4TY , VeY ,\gZf[ ,YNe021086 ,f*Y ,0u8l_Y ,w_\Y ,0u8lmY ,Nge^Y ,TsangYuenHong*Y ,c^܀*Y f,TsangYuenHong,c^܀4TꏈRealization of larger band gap opening of graphene and type-I band alignment with BN intercalation layer in graphene/MX2 heterojunctions10.1103/PhysRevB.100.1154392019,100(11): 115439Lؚ:_f[ ,Ng 2014092 ,Ng Y ,s)YtQ021129 ,Ğ\OY , _P#Y ,NgNlY ,>\tY ,YNe*021086 PStudy of B  u , d , s -> D u , d , s V ( V = D d , s , K ,  ) weak decays 2019-10-0110.1088/1674-1137/43/10/103104 43/10/1031048^*021142 , _NNf[ ,NgSf`if[ Highly dispersed Pd nanoparticles hybridizing with 3D hollow-sphere g-C3N4 to construct 0D/3D composites for efficient photocatalytic hydrogen evolution*https://doi.org/10.1016/j.jcat.2019.09.00738/331?Ğ+}Y , _kO*Y ,4bR`kY ,sqNY ,ygg*021169 ,HeY ,hTsf*Y ,܀imY  _kO,ygg,hTsfĞ+}TInterfacial States and Fano-Feshbach Resonance in Graphene-Silicon Vertical Junction10.1021/acs.nanolett.9b0165819/10/6765-6771Shin-Hung TsaiY ,`N*Y ,1g\9NY ,Shiao-Po TsaiY ,knY ,f\Y ,OY ,Jimmy NgY , _Y ,Wei-Hsiang LinY ,slNSY ,Hussam QasemY ,hT_aW2013030 ,Robert VajtaiY ,Nai-Chang YehY ,Pulickel AjayanY ,Ya-Hong XieY ,Kang L. Wang*Y `N,Kang L. WangShin-Hung TsaiGOne-Step CVD Synthesis of Few-Layer SnS2/MoS2 Vertical HeterostructuresNANO10.1142/S1793292019501297Vol. 14, No. 10, 1950129 (2019) 1793-2920 u~Sff[ ,R*2016052 ,[][2014075 u~SfyMechanistic insight into the selective catalytic oxidation for NO and CO on co-doping graphene sheet: A theoretical studyFUEL10.1016/j.fuel.2019.05.1472019 253 1531 1544 0016-2361<UN`i*Y ,HkSIQY ,hTёbY ,gef[ ,NgOf[ ,]&tY ,Q/cf[ ,4b[w*021019 sFormation Mechanism, Geometric Stability and Catalytic Activity of a Single Iron Atom Supported on N-Doped Graphene 2019-10-02 CHEMPHYSCHEM10.1002/cphc.2019006662019,20(19)2506  2517 1439-4235:UN`i*Y ,HkSIQY ,4TQmY ,uؚY ,R_R021168 ,NgOf[ ,4b[w*021019 jStructural Evolution of AlN Nanoclusters and the Elemental Chemisorption Characteristics: Atomistic Insigh 2019-10-04 Nanomaterials10.3390/nano91014202019, 9(10), 1420<BqY ,*Y ,\ge?eY ,b܀022045 ,NgNY ,Rajeev AhujaY ,RvlY BqkStructural Evolution of AlN Nanoclusters and the Elemental Chemisorption Characteristics: Atomistic Insight2019, 9(10): 14209BqY ,Y ,\geckY ,b܀null ,NgNY ,Rajeev AhujaY ,ReySY fX[tSchottky barrier modulation of GaTe/graphene heterostructure by interlayer distance and perpendicular electric field10.1088/1361-6528/ab2d672019,30 ( 40):405207,NgR`R`f[ ,hT_aW*2013030 , _KQx021128 ,swm021109 NgR`R`Efficient band structure engineering and visible-light response in SnS2/GaS heterostructure by electric field and biaxial strain 2019-10-0610.1016/j.spmi.2019.1062102019,134106210KDirect Wide Bandgap 2D GeSe2 Monolayer toward Anisotropic UV Photodetection 2019-10-0710.1002/adom.2019006222019 719 :1900622< R2016052 ,qeGYf[ ,Ngf[ ,uQY ,sSfwZY ,ςeP2013088 ,[][2014075 ,Ng 2014092 , _^Y ,hgmY ,ReΘY ,_ljmY ,)YQOY ,YNe*021086 ,NgNl*Y ,O#*Y YNe,NgNl,O#mImportance of heteroatom doping site in tuning the electronic structure and magnetic properties of graphdiyne 2019-10-0810.1016/j.physe.2019.1135902019 114 113590BQ/cf[ ,lN:_*2017067 ,NgOf[ ,NgNINf[ ,RYf[ ,NggawZf[ ,UN`i*Y ,4b[w*021019 lN:_,UN`i,4b[wPEnhanced photocatalytic reduction activity of BiOCl nanosheets loaded on -Bi2O3 2019-10-1010.1007/s10854-019-02149-42019,3019 :17956-179622\Q*2015059 ,HOLkf[ ,uQf[ ,hTf[ , _jf[ ,s>fZ*021152 IGrowth and Raman Scattering Investigation of a New 2D MOX Material: YbOCl10.1002/adfm.2019030172019,2943 :1903017xYs[Y , _[Y ,qeGYY ,s/ctQ*Y ,SendekuMarshet GetayeY ,Ng[[Y ,sTTY ,ĞeimY ,s\Y ,yꖹY ,܀QY ,YY ,YNe*021086 ,UOQ*Y s/ctQ,YNe,UOQYs[External electric field and strains facilitated nitrogen dioxide gas sensing properties on 2D monolayer and bilayer SnS2 nanosheets 2019-10-1510.1016/j.apsusc.2019.06.1372019 491 128-137Ju9_[f[ ,s)YtQ*021129 ,uf[f[ ,YNe021086 ,[INO021164 ,qSfNIN021018 ,4b[w021019 IPolarity switching of the photo-induced voltage in YBCO/Ag heterojunction 2019-10-17*https://doi.org/10.1016/j.jpcs.2019.109232 2019 109232(hgg2015061 ,Rf[ ,Rwm^t**gw ,F^QY ,8^eؚY 8SCIng RSh f*g6eU_ eEQh"}u]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24xA Review on Improving the Quality of Perovskite Films in Perovskite Solar Cells via the Weak Forces Induced by AdditivesAPPLIED SCIENCES-BASEL10.3390/app92043932019 920 4393 2076-3417Ahg~i`*2013044 ,H~gNSY ,_Nёf[ , _NgeY ,hT`wcY ,^[*Y ,ygg021169 ,hggY ,ge Y ,Ng gRY ,lN̑*Y Nge100% NgeDImproved electrical performance of MgO-modified CaCu3Ti4O12 ceramicsPHYSICA B-CONDENSED MATTER10.1016/j.physb.2019.07.048 572/98-104ss>fZ*021152 ,f[ , _[f[ ,\g~Of[ ,Y[QNf[ ,S8lf[ ,ssf[ ,h8Qf[ ,NNf[ ,\m021146 ,9\\2017096 ,\Q2015059 ,s%f021150 WEffect of Molecular Structures of Donor Monomers of Polymers on Photovoltaic Properties 2019-11-04DOI: 10.1021/acsomega.9b024762019,4,19177-19182hy^ts^*021147 ,퐗_i`f[ ,lR`021083 ,hg~i`2013044 ,sc021144 ,Rwm^t2013063 ,R_R021168 ,[^021171 ,ygg*021169 y^ts^,yggJImproved thermoelectric performance in Pr and Sr Co-doped CaMnO3 materials 2019-11-05-https://doi.org/10.1016/j.jallcom.2019.07.1882019 808151476JRQQf[ ,R_R021168 , _ޘO*Y , _ENtQY ,hge[Y , _YeY ,eR)RY ,NNu*Y Graphdiyne doped with sp-hybridized nitrogen atoms at acetylenic sites as potential metal-free electrocatalysts for oxygen reduction reaction10.1088/1361-648X/ab33502019 31 (46) 465201vSpin-dependent Dirac electrons and valley polarization in the ferromagnetic stanene/CrI3 van der Waals heterostructure 2019-11-2110.1103/PhysRevB.100.1953072019, 100, 195307?OtQf[ ,\gZY ,3uHwm423022 ,s)YtQ021129 ,m_swZY , _/TfY ,YNe*021086 OtQoAll-Inorganic Perovskite Solar Cells Based on CsPbIBr2 and Metal Oxide Transport Layers with Improved Stability 2019-11-2210.3390/nano91216662019 912 1666Ohg~i`*2013044 , _)Rf[ ,kZZf[ ,lCSޘf[ ,Q031009 ,Rs*451002 [Synergistic Effect of Dual Ligands on Stable Blue Quasi-2D Perovskite Light-Emitting Diodes 2019-12-0310.1002/adfm.2019083392019():1908339Mё\Y ,sFQNY*Y ,^Y ,s:_Y ,ygg021169 ,sQ PP decays within the QCD factorization 2019-12-0910.1140/epjc/s10052-019-7524-7 2019,79:99618^021142 ,H=N=Nf[ , _NNf[ ,Y[O\*021120 ,hg`s021119 0scing R]Sh *g6eU_]fe:N2019t^'Y{|R:STq_TVP[ 7Ree:N2019-12-24gCalculational Raman spectra investigation of nitrogen-hyperdoped silicon formed in different conditions 2019-12-10(https://doi.org/10.1088/1361-648X/ab59012020, 32: 115701/1-6%cSf2014058 ,s8l8l2014059 ,[][2014075 5Size-dependent magnetism of patterned MoTe2 monolayer 2019-12-12(https://doi.org/10.1088/2053-1591/ab61912019, 6, 126115;NgOf[ ,lN:_*2017067 ,Q/cf[ ,Y[)Pf[ ,NgNINf[ ,UN`i*Y ,4b[w*021019 IForm factors of V2 -> V3 transition within the light-front quark models10.1007/JHEP12(2019)102 2019:1912,1028^*021142 ,s=NwZf[ ,NgSf`if[ ]Microstructure, magnetic properties, and exchange bias in (Mn0.7Co0.3)(65)Sn-35 alloy ribbons 2019-12-1510.1016/j.jmmm.2019.1656862019,492 (15): 165686Vx^GYY ,HPgY ,l܀p*Y , _zf[Y ,RQY ,[Y ,hgQY , _ssY ,ZSfNSY ,_l^?eY ,b܀022045 ,hfY l܀px^GYYSize-controlled excitonic effects on electronic and optical properties of Sb2S3 nanowires 2019-12-28DOI: 10.1039/c9cp05134awS: 21 g: 48 u: 26515-2652<@4&m_swZY ,YNe021086 ,-_Y ,[ZY , _P#*Y  _P#m_swZUMeasurement of J/ ! (1530)-  + and evidence for the radiative decay 1530 - ! - 2020-01-08SCIE-SCI+https://doi.org/10.1103/PhysRevD.101.0120042010,101(012004):1-11.Yns^*2015165 ,Y[O\021120 ,ݐU^2013014 ,o~c*Y Yns^,o~cyNi and Nitrogen-codoped ultrathin carbon nanosheets with strong bonding sites for efficient CO2 electrochemical reduction 2020-02-19(Journal of Colloid and Interface Science10.1016/j.jcis.2020.02.0502020\l-NQf[ , _Ug2018134 ,fk'YO*2013032 ,ꖑN2017002 , _tOef[ ,s~ʃ*gw ,_032089 ,ؚ_R*gw ,Q*031009 l-NQ, _UgTEffects of Nd doping on the magnetocaloric properties of double perovskite Sr2FeMoO6 2020-04-01*https://doi.org/10.1016/j.jmmm.2019.1662122020 499166122%s%f021150 ,u[f[ ,s>fZ021152 ,s#Wmf[ Chttps://www.sciencedirect.com/science/article/pii/S03048853193263444Organic Solar Cells Efficiency Enhanced by Perylene 2020-04-04Energy TechnologyDOI: 10.1002/ente.202000072 2020, 2000072 2194-4288Xy^ts^021147 ,퐗_i`f[ ,ခhimf[ ,R_R021168 ,hg~i`2013044 ,Rwm^t2013063 ,Ytt2019069 ,sc021144 1g* h- 3? <sCoKJAU _Lg<*p(x QaCrJr _d NSbCk-y E!z+3>@KSV_bh !qs|0!p  I: YJvC U" 5x)x%)/?f8 lBTKDU]M irz4.͎͗ <_ޫ. (I<Y ">C*4~=lGQ8[ cm u,}d*YO}s & *6K ` s <*24?qIoS9n]xg`q{ rv!,0Q3 xZ?!y7 Gcc  PK![Content_Types].xmlN0EH-J@%ǎǢ|ș$زULTB l,3;rØJB+$G]7O٭VAػdV3`KPcgUkѧ;Ct3v>OQ$$o,L=Hdr촦䋓| F7ׯTaciNa)[g2J?:tz;vQh5(Ň; l;f;~ (INwЕQoVC:05kѐGb/b"IOx}D 'YDxK0ÕZeTOڣ#CZ&bgHĔw@o@^xw/^>:[Q0~ۧ/%z/L?I=0ū~o^}C{>!1=|=d1,IL"D, nꡌ,5.\&|!˸WO,㈯$q|7-1cǸw\'dវLC\sQb9xZBz%.[4PH zN1vcB,)gͥ1z8M2!'V B$]Ֆm{=F]3 Q oDK4xͧ&n($xz)3,K>N cm$ԥ1f"xŽI)(03{gJ1ߞAr5)ެ×1ws]Yc+v9qFGoBc cч=l^AV9ĮXU }n<" 1^=|[g}M9S}:=5t/NZDȪ]Yu-]d|bѸ|iHm3AԚ ÕnAr![9-$ykMrq+R%[})pهlkhF0'Ώ|Te&p Ǚh% U}d!2 -#=ԭtYzYSʹ $J)LэfqzluC@^1M *#3]0^;avh)WjW+_;~a3jgKO3bo"t[qݻ<4.in6 mgѩF/B㲾n.)S ֛X\ hbf xQ!dhpb %ĎPߺ]Tt_%,$: &sn![ wK iFn;x*M##d4W8j񫃕$[;+Aͪ28֜ Y[)KUteb&SyNG?605A dd iTU#尷]HYHEʹ,fͰ)[Z7XmL 9ͬiNM*稺(b2bUFڱY[]HYQeF8+U~ێZoJmi}snj'<宨ڕpg4DcݓiSm 8TnЯRKA=Za^a: A jڏ {=soninLY\f~ju?Q7G |ҨvQj׻R0J~W4h[3;[aԨQQ[R3պAgY+OGf 0uWPK! ѐ'theme/theme/_rels/themeManager.xml.relsM 0wooӺ&݈Э5 6?$Q ,.aic21h:qm@RN;d`o7gK(M&$R(.1r'JЊT8V"AȻHu}|$b{P8g/]QAsم(#L[PK-![Content_Types].xmlPK-!֧6 0_rels/.relsPK-!kytheme/theme/themeManager.xmlPK-! theme/theme/theme1.xmlPK-! ѐ' theme/theme/_rels/themeManager.xml.relsPK]  ZO XLUY!VI,aA}7lQ1 B x U M - Y# X e A. eV  dMbP?_*+%&?'?(?)?MR Lenovo M7605Dt  odXXLetterw pX7 '''' ,@''''d[SOd[SOd[SO d$[SO0' ENGLISH PRIVM7605D?! 'AdministratorYPANdYPAN"d,,??&U} } <} . } }  . } ]} . } } . } t} }  } } X,,@,@,@,@,@,@,@,@ ,@ ,@ ,@ ,@ ,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ > > > > > > > > > > > > > > > > > > > > > > > > > > > > > ? ? ? ? ?! ?" ?# ?$ ?%  ?& ?/$ @  ?'  ?(  ?$ ?) ?* ?+ ?, ?$ ?$ ?$ ?$ ?- ?. ?/ ?0 ?1 ?2? ?3 ?4 ?5 ? ?! ?6 ?7 ?$ ?8  ?9~  ?x@  ?'  ?$  ?$ ?) ?: ?; ?< ?$ ?$ ?$ ?$ ?= ?6 ?> ?6 ?1 ?$? ?? ?@ ?A ? ?! ?B ?# ?$ ?%  ?9 ?F@  ?'  ?C  ?$ ?) ?D ?+ ?E ?$ ?$ ?$ ?$ ?F ?B ?B ?G ?1 ?2? ?H ?I ?J ? ?! ?K ?# ?$ ?%  ?L ?/$@  ?'  ?M  ?$ ?) ?N ?+ ?O ?$ ?$ ?$ ?$ ?P ?Q ?R ?K ?1 ?2? ?S ?T ?U ? ?! ?V ?7 ?$ ?8  ?L ?Mb?  ?'  ?$  ?$ ?) ?W ?+ ?X ?$ ?$ ?$ ?$ ?Y ?V ?V ?Z ?1 ?2? ?[ ?\ ?] ? ?! ?K ?# ?$ ?%  ?L ?w/ @  ?'  ?^  ?$ ?) ?_ ?+ ?` ?$ ?$ ?$ ?$ ?a ?K ?K ?K ?1 ?2? ?b ?c ?J ? ?! ?d ?# ?$ ?%  ?L ?/$@  ?'  ?e  ?$ ?) ?f ?+ ?O ?$ ?$ ?$ ?$ ?g ?h ?i ?d ?1 ?2? ?j ?k ?l ? ?! ?m ?# ?$ ?n  ?L ?7A`?  ?'  ?$  ?$ ?) ?o ?+ ?p ?$ ?$ ?$ ?$ ?q ?m ?m ?m ?1 ?2? ?r ?s ?t ? ?! ?u ?# ?$ ?% ?& ?ˡE@ ?' ?v ?$ ?) ?w ?+ ?x ?$ ?$ ?$ ?$ ?y ?u ?u ?u ?1 ?2 ? ?z ?s ?{ ? ?! ?" ?# ?$ ?% ?& ?㥛 @ ?' ?| ?$ ?) ?} ?; ?~ ?$ ?$ ?$ ?$ ? ?. ? ? ?1 ?$ ? ? ?s ? ? ?! ?" ?# ?$ ? ?& ?|?5@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?" ?/ ?0 ?1 ?2 ? ? ?s ? ? ?! ?i ?7 ?$ ?n ?L ?5^I ? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?i ?1 ?2 ? ? ? ? ? ?! ? ?# ?$ ?8 ?L ?X9v@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2 ? ? ? ? ? ?! ? ?7 ?$ ?n  ?9~  ?O@  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?$ ?+ ? ?$ ?$ ?$ ?$ ? ? ?$ ? ?1 ?? ? ? ? ? ?! ?B ?# ?$ ?n  ?L ?S?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ?B ?B ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8  ?L ?S@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?" ?# ?$ ?%  ?9 ?F@  ?'  ?  ?$ ?) ? ?; ?E ?$ ?$ ?$ ?$ ? ?" ? ? ?1 ?$? ? ? ? ? ?! ?B ?# ?$ ?n  ?& ? rh?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ?B ? ?1 ?2? ? ? ? ? ?! ?d ?# ?$ ?%  ?L ?On@  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?h ? ?d ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8  ?L ?'1Z?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?n  ?L ?Zd;?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?X9v@  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?m ?# ?$ ?8  ?L~  ?e@  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?m ?m ? ?1 ?2? ? ? ? ? ?! ?m ?7 ?$ ?n  ?& ?V-?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?m ?m ?m ?1 ?2? ? ? ? ? ?! ?m ?7 ?$ ?n  ?&~  ?N@  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?m ?m ?m ?1 ?2? ? ? ? ? ?! ?m ?# ?$ ?n  ?& ?= ףp=?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?m ?m ?m ?1 ?2? ? ? ? ? ?! ?m ?# ?$ ?n  ?L~  ?`c@  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?m ?m ?m ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?tV@  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ?  ? ? ? ?1 ?2? ?  ? ?  ? ?! ?  ?# ?$ ?8  ?& ?L7A`?  ?'  ?   ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?  ? ?  ?1 ?2?D$5l ,@!,@",@#,@$,@%,@&,@',@(,@),@*,@+,@,,@-,@.,@/,@0,@1,@2,@3,@4,@5,@6,@7,@8,@9,@:,@;,@<,@=,@>,@?,@ ? ? ? ? ?! ? ?# ?$ ?% ?L ?S㥛@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?2 ? !? !? !? !? !?! !? !?# !?$ !?8 ! ?&~ ! ?`k@ ! ?' ! ? ! ?$ !?) !? !?+ !? !?$ !?$ !?$ !?$ !?  !?! !?B !? !?1 !?2!? "?" "? "?# "? "?! "?B "?# "?$ "?n " ?9" ?oʡ? " ?' " ?$ " ?$ "?) "?% "?+ "?& "?$ "?$ "?$ "?$ "?' "? "?B "?( "?1 "?2"? #?) #? #?] #? #?! #?K #?# #?$ #?% # ?L# ?w/ @ # ?' # ?* # ?$ #?) #?+ #?+ #?` #?$ #?$ #?$ #?$ #?, #?Q #?K #?- #?1 #?2#? $?. $? $?/ $? $?! $? $?# $?$ $?% $ ?&$ ?㥛 @ $ ?' $ ?0 $ ?$ $?) $?1 $?+ $?~ $?$ $?$ $?$ $?$ $?2 $? $? $? $?1 $?2$? %?3 %? %?4 %? %?! %? %?# %?$ %?% % ?&% ?ˡE@ % ?' % ?5 % ?$ %?) %?6 %?+ %?x %?$ %?$ %?$ %?$ %?7 %? %?8 %? %?1 %?2%? &?9 &? &?: &? &?! &?; &?7 &?$ &?n & ?&& ?E? & ?' & ?$ & ?$ &?) &?< &?+ &?$ &?$ &?$ &?$ &?$ &?= &?> &?; &?; &?1 &?2&? '?? '? '?@ '? '?! '?A '?# '?$ '?n ' ?B~ ' ?r@ ' ?' ' ?C ' ?$ '?) '?D '?+ '?E '?$ '?$ '?$ '?$ '?F '?G '?H '?A '?1 '?2'? (?I (? (?: (? (?! (?; (?7 (?$ (?n ( ?&( ?E? ( ?' ( ?$ ( ?$ (? (?J (?+ (?$ (?K (?$ (?$ (?$ (?L (?> (?; (?; (?1 (?2(? )?M )? )?N )? )?! )?O )?7 )?$ )?n ) ?L) ?V-? ) ?' ) ?P ) ?$ )?) )?Q )?+ )?R )?$ )?$ )?$ )?$ )?S )?T )?T )?U )?1 )?2)? *?V *? *?W *? *?! *?T *?X *?$ *?$ * ?$~ * ? * ?' * ?Y * ?$ *?) *?$ *?+ *?$ *?$ *?Z *?$ *?[ *?\ *?] *?T *?^ *?1 *?*? +?_ +? +?` +? +?! +?a +? +?$ +?$ + ?$~ + ? + ?' + ?$ + ?$ +? +?$ +?+ +?$ +?$ +?$ +?$ +?$ +?b +?c +?$ +?a +?1 +?+? ,?d ,? ,?e ,? ,?! ,?f ,? ,?$ ,?$ , ?$~ , ? , ?' , ?$ , ?$ ,? ,?$ ,?+ ,?$ ,?$ ,?$ ,?$ ,?$ ,?g ,?f ,?$ ,?f ,?1 ,?,? -?h -? -?e -? -?! -?f -? -?$ -?$ - ?$~ - ? - ?' - ?$ - ?$ -? -?$ -?+ -?$ -?$ -?$ -?$ -?$ -?i -?f -?$ -?f -?1 -?-? .?j .? .?k .? .?! .?f .? .?$ .?$ . ?$~ . ? . ?' . ?$ . ?$ .? .?$ .?+ .?$ .?$ .?$ .?$ .?$ .?l .?f .?$ .?f .?1 .?.? /?m /? /?e /? /?! /?f /? /?$ /?$ / ?$~ / ? / ?' / ?$ / ?$ /? /?$ /?+ /?$ /?$ /?$ /?$ /?$ /?n /?f /?$ /?f /?1 /?/? 0?o 0? 0?` 0? 0?! 0?f 0? 0?$ 0?$ 0 ?$~ 0 ? 0 ?' 0 ?p 0 ?$ 0? 0?$ 0?+ 0?$ 0?$ 0?$ 0?$ 0?$ 0?q 0?f 0?f 0?r 0?1 0?0? 1?s 1? 1?t 1? 1?! 1?U 1?u 1?$ 1?$ 1 ?$~ 1 ? 1 ?' 1 ?v 1 ?$ 1? 1?$ 1?+ 1?$ 1?$ 1?$ 1?$ 1?$ 1?w 1?T 1?T 1?x 1?1 1?1? 2?y 2? 2?z 2? 2?! 2?T 2?u 2?$ 2?$ 2 ?$~ 2 ? 2 ?' 2 ?{ 2 ?$ 2? 2?$ 2?+ 2?$ 2?$ 2?$ 2?$ 2?$ 2?| 2?T 2?T 2?} 2?1 2?2? 3?~ 3? 3? 3? 3?! 3?$ 3? 3?$ 3?$ 3 ?$~ 3 ? 3 ?' 3 ? 3 ?$ 3? 3?$ 3?+ 3? 3?$ 3?$ 3?$ 3?$ 3? 3?. 3?" 3? 3?1 3?3? 4? 4? 4? 4? 4?! 4?$ 4? 4?$ 4?$ 4 ?$~ 4 ? 4 ?' 4 ?$ 4 ?$ 4? 4?$ 4?+ 4? 4?$ 4?$ 4?$ 4?$ 4? 4? 4? 4? 4?1 4?4? 5? 5? 5? 5? 5?! 5?$ 5?X 5?$ 5?$ 5 ?$~ 5 ? 5 ?' 5 ? 5 ?$ 5?) 5?$ 5?+ 5?$ 5?$ 5?$ 5?$ 5?$ 5? 5? 5?$ 5? 5?1 5? 5? 6? 6? 6? 6? 6?! 6?$ 6? 6?$ 6?$ 6 ?$~ 6 ? 6 ?' 6 ? 6 ?$ 6? 6?$ 6?+ 6?$ 6?$ 6?$ 6?$ 6?$ 6? 6? 6?$ 6? 6?1 6?6? 7? 7? 7?` 7? 7?! 7?$ 7? 7?$ 7?$ 7 ?$~ 7 ? 7 ?' 7 ? 7 ?$ 7? 7?$ 7?+ 7?$ 7?$ 7?$ 7?$ 7?$ 7? 7? 7?$ 7? 7?1 7?7? 8? 8? 8? 8? 8?! 8?$ 8? 8?$ 8?$ 8 ?$~ 8 ? 8 ?' 8 ?$ 8 ?$ 8? 8?$ 8?+ 8?$ 8?$ 8?$ 8?$ 8?$ 8? 8? 8? 8? 8?1 8?8? 9? 9? 9? 9? 9?$ 9? 9?# 9?$ 9?% 9 ?99 ?J +@ 9 ?' 9 ? 9 ?$ 9?) 9? 9?+ 9? 9?$ 9?$ 9?$ 9?$ 9? 9? 9? 9? 9?1 9?29? :? :? :? :? :?! :?$ :? :?$ :?$ : ?$~ : ? : ?' : ? : ?$ :? :?$ :?+ :? :?$ :?$ :?$ :?$ :? :? :?$ :? :?1 :?:? ;? ;? ;? ;? ;?! ;?$ ;?X ;?$ ;?$ ; ?$~ ; ? ; ?' ; ? ; ?$ ;?) ;?$ ;?+ ;? ;?$ ;?$ ;?$ ;?$ ;? ;? ;? ;? ;?1 ;?;? <? <? <? <? <?! <?" <?# <?$ <?n < ?L< ?jt? < ?' < ? < ?$ <?) <? <?+ <?$ <?$ <?$ <?$ <?$ <? <?. <?" <?" <?1 <?2<? =? =? =? =? =?! =? =?# =?$ =?8 = ?L= ?'1Z? = ?' = ? = ?$ =?) =? =?+ =? =?$ =?$ =?$ =?$ =? =? =? =? =?1 =?2=? >? >? >?e >? >?! >?$ >? >?$ >?$ > ?$~ > ? > ?' > ?$ > ?$ >? >?$ >?+ >? >?$ >?$ >?$ >?$ >? >? >?$ >? >?1 >?>? ?? ?? ?? ?? ??! ??$ ?? ??$ ??$ ? ?$~ ? ? ? ?' ? ? ? ?$ ?? ??$ ??+ ?? ??$ ??$ ??$ ??$ ?? ?? ??$ ?? ??1 ????D4l@,@A,@B,@C,@D,@E,@F,@G,@H,@I,@J,@K,@L,@M,@N,@O,@P,@Q,@R,@S,@T,@U,@V,@W,@X,@Y,@Z,@[,@\,@],@^,@_,@ @? @? @? @? @?! @?$ @? @?$ @?$ @ ?$~ @ ? @ ?' @ ? @ ?$ @? @?$ @?+ @?$ @?$ @?$ @?$ @?$ @? @? @?$ @? @?1 @?@? A? A? A? A? A?! A? A?# A?$ A?8 A ?LA ?-@ A ?' A ? A ?$ A?) A? A?+ A? A?$ A?$ A?$ A?$ A? A? A? A? A?1 A?2A? B? B? B? B? B?! B? B?# B?$ B?n B ?L~ B ?`@ B ?' B ? B ?$ B?) B? B?+ B? B?$ B?$ B?$ B?$ B? B? B? B? B?1 B?2B? C? C? C? C? C?! C?" C?# C?$ C?n C ?LC ?S? C ?' C ? C ?$ C?) C? C?+ C? C?$ C?$ C?$ C?$ C? C?. C? C?" C?1 C?2C? D? D? D? D? D?! D?" D?# D?$ D? D ?&D ?bX9@ D ?' D ? D ?$ D?) D? D?+ D? D?$ D?$ D?$ D?$ D? D?. D? D?" D?1 D?2D? E? E? E? E? E?! E? E?# E?$ E?% E ?LE ?"~j @ E ? E ? E ?$ E?) E? E?+ E? E?$ E?$ E?$ E?$ E? E? E? E? E?1 E?2E? F? F? F?/ F? F?! F? F?# F?$ F?% F ?&F ?㥛 @ F ?' F ? F ?$ F?) F? F?+ F?~ F?$ F?$ F?$ F?$ F? F? F? F? F?1 F?2F? G? G? G? G? G?! G?" G?7 G?$ G?8 G ?9~ G ?x@ G ?' G ? G ?$ G?) G? G?+ G?< G?$ G?$ G?$ G?$ G? G?. G? G?" G?1 G?2G? H? H? H?A H? H?! H? H?# H?$ H?% H ?9H ?F@ H ?' H ? H ?$ H?) H? H?+ H?E H?$ H?$ H?$ H?$ H? H? H? H? H?1 H?2H? I? I? I? I? I?! I? I?# I?$ I?8 I ?L~ I ?c@ I ?' I ? I ?$ I?) I? I?+ I? I?$ I?$ I?$ I?$ I? I? I? I? I?1 I?2I? J? J? J? J? J?! J? J?# J?$ J?8 J ?LJ ?!rh? J ?' J ?  J ?$ J?) J?  J?+ J?  J?$ J?$ J?$ J?$ J?  J? J? J? J?1 J?2J? K?  K? K? K? K?! K? K?7 K?$ K?8 K ?9~ K ?x@ K ?' K ? K ?$ K?) K? K?+ K?< K?$ K?$ K?$ K?$ K? K? K? K? K?1 K?2K? L? L? L? L? L?! L?" L?# L?$ L?% L ?&L ?Sc@ L ?' L ? L ?$ L?) L? L?+ L? L?$ L?$ L?$ L?$ L? L? L? L? L?1 L?2L? M? M? M? M? M?! M?$ M?u M?$ M?$ M ?$~ M ? M ?' M ? M ?$ M? M?$ M?+ M?$ M?$ M?$ M?$ M?$ M? M? M?B M?  M?1 M?M? N?! N? N?` N? N?! N?$ N? N?$ N?$ N ?$~ N ? N ?' N ?$ N ?$ N? N?" N?+ N?$ N?$ N?$ N?$ N?$ N?# N? N?$ N?$ N?1 N?N? O?% O? O?` O? O?! O?$ O? O?$ O?$ O ?$~ O ? O ?' O ?$ O ?$ O? O?& O?+ O?$ O?$ O?$ O?$ O?$ O?' O? O?( O? O?1 O?O? P?) P? P? P? P?! P?$ P?u P?$ P?$ P ?$~ P ? P ?' P ? P ?$ P? P?$ P?+ P?$ P?$ P?$ P?$ P?$ P?* P? P? P?+ P?1 P?P? Q?, Q? Q? Q? Q?! Q?$ Q? Q?$ Q?$ Q ?$~ Q ? Q ?' Q ?- Q ?$ Q? Q?$ Q?+ Q? Q?$ Q?$ Q?$ Q?$ Q?. Q?/ Q?$ Q?0 Q?1 Q?Q? R?1 R? R?2 R? R?! R?3 R?7 R?$ R?n R ?&~ R ?Z@ R ?' R ?4 R ?$ R?) R?5 R?+ R?6 R?$ R?$ R?$ R?$ R?7 R?3 R?8 R?3 R?1 R?2R? S?9 S? S?: S? S?! S?3 S?7 S?$ S?n S ?&S ?7A`? S ?' S ?; S ?$ S?) S?< S?+ S?= S?$ S?$ S?$ S?$ S?> S?? S?8 S?3 S?1 S?2S? T?@ T? T?` T? T?! T?$ T? T?$ T?$ T ?$~ T ? T ?' T ?$ T ?$ T? T?$ T?+ T?$ T?$ T?$ T?$ T?$ T?A T?? T?3 T?3 T?1 T?T? U?B U? U?C U? U?! U?$ U?X U?$ U?$ U ?$~ U ? U ?' U ?$ U ?$ U?) U?$ U?+ U?$ U?$ U?$ U?$ U?$ U?D U?? U?$ U?3 U?1 U?U? V?E V? V?4 V? V?! V? V?# V?$ V?% V ?&V ?ˡE@ V ?' V ?F V ?$ V?) V?G V?+ V?x V?$ V?$ V?$ V?$ V?H V? V? V? V?1 V?2V? W?I W? W? W? W?! W?$ W?u W?$ W?$ W ?$~ W ? W ?' W ?J W ?$ W? W?$ W?+ W?K W?$ W?$ W?$ W?$ W?L W?M W?M W?N W?1 W?W? X?O X? X?P X? X?! X?$ X? X?$ X?$ X ?$~ X ? X ?' X ?Q X ?$ X? X?$ X?+ X?$ X?$ X?$ X?$ X?$ X?R X?U X?O X?S X?1 X?X? Y?T Y? Y?` Y? Y?! Y?$ Y? Y?$ Y?$ Y ?$~ Y ? Y ?' Y ?U Y ?$ Y? Y?$ Y?+ Y?V Y?W Y?$ Y?$ Y?$ Y?X Y? Y?$ Y? Y?1 Y?Y? Z?Y Z? Z?Z Z? Z?! Z?[ Z?# Z?$ Z?n Z ?9Z ?}?5^I? Z ?' Z ?\ Z ?$ Z?) Z?] Z?+ Z?^ Z?$ Z?$ Z?$ Z?$ Z?_ Z?` Z?a Z?[ Z?1 Z?2Z? [?b [? [?c [? [?! [?d [?# [?$ [?% [ ?L[ ?Q@ [ ?' [ ?e [ ?$ [?) [?f [?+ [?g [?$ [?$ [?$ [?$ [?h [?i [?d [?d [?1 [?2[? \?j \? \?k \? \?! \?l \?# \?$ \?n \ ?L\ ?~jt? \ ?' \ ?m \ ?$ \?) \?n \?+ \?o \?$ \?$ \?$ \?$ \?p \?q \?l \?l \?1 \?2\? ]?r ]? ]?s ]? ]?! ]?[ ]?7 ]?$ ]?n ] ?9~ ] ?f@ ] ?' ] ?t ] ?$ ]?) ]?u ]?+ ]?v ]?$ ]?$ ]?$ ]?$ ]?w ]?` ]?x ]?[ ]?1 ]?2]? ^?y ^? ^?z ^? ^?! ^? ^?# ^?$ ^?n ^ ?9^ ?Cl? ^ ?' ^ ?{ ^ ?$ ^?) ^?| ^?+ ^?} ^?$ ^?$ ^?$ ^?$ ^?~ ^? ^? ^? ^?1 ^?2^? _? _? _? _? _?! _?$ _?X _?$ _?$ _ ?$~ _ ? _ ?' _ ? _ ?$ _?) _?$ _?+ _?$ _? _?$ _?$ _?$ _? _?3 _?$ _?8 _?1 _?_?D4l`,@a,@b,@c,@d,@e,@f,@g,@h,@i,@j,@k,@l,@m,@n,@o,@p,@q,@r,@s,@t,@u,@v,@w,@x,@y,@z,@{,@|,@},@~,@,@ `? `? `?U `? `?! `? `?7 `?$ `?8 ` ?L` ?Mb? ` ?' ` ? ` ?$ `?) `? `?+ `?X `?$ `?$ `?$ `?$ `? `? `? `? `?1 `?2`? a? a? a? a? a?! a?$ a? a?$ a?$ a ?L~ a ? a ?' a ? a ?$ a? a?$ a?+ a? a?$ a?$ a?$ a?$ a? a? a?$ a? a?1 a?a? b? b? b? b? b?! b?$ b? b?$ b?$ b ?$~ b ? b ?' b ?$ b ?$ b? b?$ b?+ b? b?$ b?$ b?$ b?$ b? b? b?$ b? b?1 b?b? c? c? c? c? c?! c? c?# c?$ c?8 c ?L~ c ?h@ c ?' c ? c ?$ c?) c? c?+ c? c?$ c?$ c?$ c?$ c? c? c? c? c?1 c?2c? d? d? d? d? d?! d? d?# d?$ d?8 d ?&~ d ?ph@ d ?' d ? d ?$ d?) d? d?+ d? d?$ d?$ d?$ d?$ d? d? d? d? d?1 d?2d? e? e? e? e? e?! e? e?# e?$ e?8 e ?Le ?-@ e ?' e ? e ?$ e?) e? e?+ e? e?$ e?$ e?$ e?$ e? e? e? e? e?1 e?2e? f? f? f? f? f?! f? f?# f?$ f?8 f ?Lf ?'1Z? f ?' f ? f ?$ f?) f? f?+ f? f?$ f?$ f?$ f?$ f? f? f? f? f?1 f?2f? g? g? g? g? g?! g? g?# g?$ g?8 g ?Lg ?'1Z? g ?' g ? g ?$ g?) g? g?+ g? g?$ g?$ g?$ g?$ g? g? g? g? g?1 g?2g? h? h? h? h? h?! h? h?# h?$ h?8 h ?Lh ?'1Z? h ?' h ? h ?$ h?) h? h?+ h? h?$ h?$ h?$ h?$ h? h? h? h? h?1 h?2h? i? i? i? i? i?! i? i?7 i?$ i?8 i ?9~ i ?x@ i ?' i ?$ i ?$ i?) i? i?+ i?< i?$ i?$ i?$ i?$ i? i? i? i? i?1 i?2i? j? j? j? j? j?! j? j?# j?$ j?% j ?Lj ?lq@ j ? j ?$ j ?$ j?) j? j?+ j? j?$ j?$ j?$ j?$ j? j? j? j? j?1 j?2j? k? k? k? k? k?! k? k?# k?$ k?% k ?Lk ?;On@ k ?' k ?$ k ?$ k?) k? k?+ k? k?$ k?$ k?$ k?$ k? k? k? k? k?1 k?2k? l? l? l? l? l?! l? l?# l?$ l?8 l ?Ll ?(\@ l ?' l ?$ l ?$ l?) l? l?+ l? l?$ l?$ l?$ l?$ l? l? l? l? l?1 l?2l? m? m? m? m? m?! m?$ m?# m?$ m?% m ?Lm ?lq@ m ? m ? m ?$ m?) m? m?+ m? m?$ m?$ m?$ m?$ m? m? m? m? m?1 m?2m? n? n? n?k n? n?! n? n?# n?$ n?n n ?Ln ?~jt? n ?' n ? n ?$ n?) n? n?+ n?o n?$ n?$ n?$ n?$ n? n? n? n? n?1 n?2n? o? o? o? o? o?! o? o?# o?$ o?8 o ?Lo ?(\@ o ?' o ? o ?$ o?) o? o?+ o? o?$ o?$ o?$ o?$ o? o? o? o? o?1 o?2o? p? p? p? p? p?! p? p?# p?$ p?% p ?Lp ?lq@ p ? p ?$ p ?$ p?) p? p?+ p? p?$ p?$ p?$ p?$ p? p? p? p? p?1 p?2p? q? q? q? q? q?! q?K q?# q?$ q?n q ?Lq ?M? q ?' q ? q ?$ q?) q? q?+ q? q?$ q?$ q?$ q?$ q? q?K q?K q?K q?1 q?2q? r? r? r? r? r?! r?[ r?7 r?$ r?n r ?&r ?ʡE? r ?' r ?$ r ?$ r?) r? r?+ r?$ r?$ r?$ r?$ r?$ r? r?` r?[ r?[ r?1 r?2r? s? s? s?` s? s?! s?$ s? s?$ s?$ s ?$~ s ? s ?' s ?$ s ?$ s? s?$ s?+ s?V s?$ s?$ s?$ s?$ s? s? s?$ s? s?1 s?s? t? t? t? t? t?! t?K t?# t?$ t?n t ?Lt ?Cl? t ?' t ? t ?$ t?) t? t?+ t? t?$ t?$ t?$ t?$ t? t?K t?K t?K t?1 t?2t? u? u? u? u? u?! u? u?# u?$ u?n u ?Lu ?jt? u ?' u ? u ?$ u? u? u?+ u?$ u? u?$ u?$ u?$ u? u? u?V u? u?1 u?2u? v? v? v?` v? v?! v?$ v? v?$ v?$ v ?$~ v ? v ?' v ?$ v ?$ v? v?$ v?+ v?V v?$ v?$ v?$ v?$ v? v? v?$ v? v?1 v?v? w? w? w? w? w?! w?$ w?u w?$ w?$ w ?L~ w ? w ?' w ? w ?$ w? w?$ w?+ w?K w?$ w?$ w?$ w?$ w? w? w?$ w? w?1 w?w? x? x? x? x? x?! x?$ x? x?$ x?$ x ?$~ x ? x ?' x ?$ x ?$ x? x?$ x?+ x? x? x?$ x?$ x?$ x? x? x? x? x?1 x?x? y? y? y? y? y?! y? y?# y?$ y?8 y ?Ly ?X9v@ y ?' y ?$ y ?$ y?) y? y?+ y? y?$ y?$ y?$ y?$ y? y? y? y? y?1 y?2y? z? z? z? z? z?! z? z?# z?$ z? z ?&z ?|?5@ z ?' z ? z ?$ z?) z? z?+ z? z?$ z?$ z?$ z?$ z?  z? z? z?  z?1 z?2z? {?  {? {?J {? {?! {? {?# {?$ {?% { ?L{ ?/$@ { ?' { ?  { ?$ {?) {?  {?+ {?O {?$ {?$ {?$ {?$ {? {? {? {? {?1 {?2{? |? |? |?J |? |?! |? |?# |?$ |?% | ?L| ?/$@ | ?' | ? | ?$ |?) |? |?+ |?O |?$ |?$ |?$ |?$ |? |? |? |? |?1 |?2|? }? }? }? }? }?! }? }?# }?$ }?8 } ?L} ?!rh? } ?' } ?$ } ?$ }?) }? }?+ }?  }?$ }?$ }?$ }?$ }? }? }? }? }?1 }?2}? ~? ~? ~? ~? ~?! ~? ~?# ~?$ ~?% ~ ?&~ ?V-@ ~ ?' ~ ?$ ~ ?$ ~?) ~? ~?+ ~? ~?$ ~?$ ~?$ ~?$ ~? ~? ~? ~? ~?1 ~?2~? ? ? ? ? ?! ? ?7 ?$ ?8  ?9~  ?x@  ?'  ?$  ?$ ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2?D5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?  ? ? ? ?! ? ?# ?$ ? ?& ?|?5@ ?' ?! ?$ ?) ?" ?+ ? ?$ ?$ ?$ ?$ ?# ? ? ?  ?1 ?2? ?$ ? ? ? ?! ?% ?# ?$ ?8 ?L ?!rh? ?' ?& ?$ ?) ?' ?+ ?  ?$ ?$ ?$ ?$ ?( ?) ? ?% ?1 ?2? ?* ? ? ? ?! ? ?# ?$ ? ?& ?|?5@ ?' ?+ ?$ ?) ?, ?+ ? ?$ ?$ ?$ ?$ ?- ? ? ?  ?1 ?2? ?. ? ?/ ? ?! ?0 ?7 ?$ ?% ?& ?Zd;@ ?' ?1 ?$ ?) ?2 ?+ ?3 ?$ ?$ ?$ ?$ ?4 ?0 ?0 ?0 ?1 ?2? ?5 ? ?6 ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?7 ?$ ?$ ?$ ?$ ?8 ?9 ?$ ?9 ?1 ?? ?: ? ?; ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?< ?$ ?$ ?$ ?$ ?8 ?9 ?$ ?9 ?1 ?? ?= ? ?; ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?< ?$ ?$ ?$ ?$ ?> ?9 ?$ ?9 ?1 ?? ?? ? ? ? ?! ? ?# ?$ ?n ?L~ ?`@ ?' ?@ ?$ ?) ?A ?+ ? ?$ ?$ ?$ ?$ ?B ? ? ? ?1 ?2? ?C ? ?D ? ?! ? ?# ?$ ?n ?9~ ?Pc@ ?' ?E ?$ ?) ?F ?+ ?G ?$ ?$ ?$ ?$ ?  ? ? ?  ?1 ?2? ?H ? ?D ? ?! ?B ?# ?$ ?n ?9~ ?Pc@ ?' ?I ?$ ?) ?J ?+ ?G ?$ ?$ ?$ ?$ ?K ?L ?M ?N ?1 ?2? ?O ? ?k ? ?! ? ?# ?$ ?n ?L ?~jt? ?' ?P ?$ ?) ?Q ?+ ?o ?$ ?$ ?$ ?$ ?R ? ? ? ?1 ?2? ?S ? ?k ? ?! ?T ?# ?$ ?n ?L ?~jt? ?' ?$ ?$ ?) ?U ?+ ?o ?$ ?$ ?$ ?$ ?V ?T ?T ?T ?1 ?2? ?W ? ?X ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?Y ?$ ?$ ?$ ?$ ?Z ? ?[ ?\ ?1 ?? ?] ? ?` ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?^ ?$ ? ?$ ?+ ?V ?$ ?$ ?$ ?$ ?_ ? ?i ?i ?1 ?? ?` ? ?X ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?Y ?$ ?$ ?$ ?$ ?a ? ? ?b ?1 ?? ?c ? ?J ? ?! ?d ?# ?$ ?% ?L ?/$@ ?' ?d ?$ ?) ?e ?+ ?O ?$ ?$ ?$ ?$ ?f ? ?d ? ?1 ?2? ?g ? ?h ? ?! ? ?# ?$ ?n ?L ?v/? ?' ?i ?$ ?) ?j ?+ ?k ?$ ?$ ?$ ?$ ?l ?m ?n ? ?1 ?2? ?o ? ?p ? ?! ? ?7 ?$ ?% ?L ?9v@ ?' ?q ?$ ?) ?r ?+ ?s ?$ ?$ ?$ ?$ ?t ?m ?d ? ?1 ?2? ?u ? ?p ? ?! ? ?7 ?$ ?% ?L ?9v@ ?' ?v ?$ ?) ?w ?+ ?s ?$ ?$ ?$ ?$ ?x ?m ?d ? ?1 ?2? ?y ? ?z ? ?! ? ?# ?$ ?% ?L ?K7@ ?' ?{ ?$ ?) ?| ?+ ?} ?$ ?$ ?$ ?$ ?~ ?m ?d ? ?1 ?2? ? ? ? ? ?! ?i ?# ?$ ?% ?L ?On@ ? ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?i ? ?1 ?2? ? ? ? ? ?! ?% ?# ?$ ?% ?& ?/$ @ ?' ? ?$ ?) ? ?+ ?, ?$ ?$ ?$ ?$ ? ?) ? ?% ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?n ?L ?S? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8 ?L~ ?h@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8 ?9 ?w/@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?$ ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ?` ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ?u ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ?` ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ?$ ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ?7 ?$ ?8 ?& ?M? ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?$ ? ? ?1 ? ?$D5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ? ? ?! ?$ ?X ?$ ?$ ?$~ ? ?' ?$ ?$ ?) ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ?u ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ?B ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ?$ ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ?X ?$ ?$ ?$~ ? ?' ?$ ?$ ?) ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?$ ?X ?$ ?$ ?$~ ? ?' ?$ ?$ ?) ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ? ?$ ?$ ?1 ? ?$ ? ? ? ? ?! ?V ?# ?$ ?% ?L ?S㥛@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?; ?V ? ?1 ?2? ? ? ? ? ?! ?Z ?# ?$ ?% ?L ?S㥛@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?Z ?Z ?Z ?1 ?? ? ? ?k ? ?! ?K ?# ?$ ?n ?L ?~jt? ?' ?$ ?$ ?) ? ?+ ?o ?$ ?$ ?$ ?$ ? ?Q ?K ?K ?1 ?2? ? ? ? ? ?! ?K ?7 ?$ ?n ?L ?Dl? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?K ?K ? ?1 ?2? ? ? ? ? ?! ? ?7 ?$ ?% ? ?Zd;O@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ?Y ?V ?V ?Z ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?% ?L ?lq@ ? ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?7 ?$ ?% ?& ? rh@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ?A ? ?! ?" ?# ?$ ?% ?9 ?F@ ?' ? ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ?. ?/ ?0 ?1 ?2? ? ? ? ? ?! ?" ?# ?$ ? ?& ?bX9@ ?' ? ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?. ? ? ?1 ?$? ? ? ? ? ?! ?M ?# ?$ ?% ?9 ?F@ ?' ? ?$ ?) ? ?; ?E ?$ ?$ ?$ ?$ ? ?M ? ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?% ?L ?On@ ? ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?  ?1 ?2? ?  ?  ?  ? ?! ?B ?7 ?$ ?n ?L ?㥛 ? ?' ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?2? ? ? ? ? ?$ ? ?# ?$ ? ?9 ?Pn!@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?m ?# ?$ ?8 ?L ?m@ ?' ?$ ?$ ?) ?  ?+ ?! ?$ ?$ ?$ ?$ ?" ?m ?m ?m ?1 ?2? ?# ? ? ? ?! ?m ?# ?$ ?% ?L ?MbX9@ ?' ?$ ?$ ?) ?$ ?+ ?! ?$ ?$ ?$ ?$ ?" ?m ?m ?m ?1 ?2? ?% ?& ?' ? ?$ ? ?# ?$ ?% ?& ?/$ @ ?' ?( ?$ ?) ?) ?+ ?, ?$ ?$ ?$ ?$ ?* ? ?+ ? ?1 ?2? ?, ?- ?. ? ?! ?" ?# ?$ ? ?& ?bX9@ ?' ?/ ?$ ?) ?0 ?; ? ?$ ?$ ?$ ?$ ?1 ?. ? ?2 ?1 ?$? ?3 ?4 ?5 ? ?! ? ?# ?$ ?8 ?L ?X9v? ?' ?$ ?$ ?) ?6 ?+ ?7 ?$ ?$ ?$ ?$ ?8 ?9 ? ?: ?1 ?2? ?; ?< ?p ? ?! ?d ?7 ?$ ?% ?L ?9v@ ?' ?= ?$ ?) ?> ?+ ?s ?$ ?$ ?$ ?$ ?? ?h ? ?d ?1 ?2? ?@ ?A ?B ? ?! ? ?# ?$ ?% ?L ?MbX9@ ?' ?C ?$ ?) ?D ?+ ?! ?$ ?$ ?$ ?$ ?E ? ? ?F ?1 ?2? ?G ?A ?h ? ?! ?d ?# ?$ ?n ?L ?v/? ?' ?H ?$ ?) ?I ?+ ?k ?$ ?$ ?$ ?$ ?J ?h ?d ?d ?1 ?2? ?K ?L ?M ? ?! ?B ?# ?$ ?n ?9 ?'1Z? ?' ?N ?$ ?) ?O ?+ ?P ?$ ?$ ?$ ?$ ?Q ?B ?B ?R ?1 ?2? ?S ?T ? ? ?! ? ?# ?$ ?% ?L ?lq@ ? ?U ?$ ?) ?V ?+ ? ?$ ?$ ?$ ?$ ?W ? ? ? ?1 ?2? ?X ?Y ? ? ?! ?m ?# ?$ ?% ?L ?MbX9@ ?' ?$ ?$ ?) ?Z ?+ ?! ?$ ?$ ?$ ?$ ?[ ?m ?m ?\ ?1 ?2? ?] ?^ ?_ ? ?! ? ?# ?$ ?n ?L ?S? ?' ?` ?$ ?) ?a ?+ ? ?$ ?$ ?$ ?$ ?b ? ? ? ?1 ?2?D<5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?c ?d ?{ ? ?! ? ?# ?$ ?% ?& ?㥛 @ ?' ?$ ?$ ?) ?e ?+ ?~ ?$ ?$ ?$ ?$ ?f ?  ? ?g ?1 ?2? ?h ?i ? ? ?! ? ?# ?$ ?% ?L ?lq@ ? ?j ?$ ?) ?k ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ?l ?m ? ? ?! ? ?# ?$ ?8 ?L ?S? ?' ?$ ?$ ?) ?n ?+ ? ?$ ?$ ?$ ?$ ?o ?9 ? ?9 ?1 ?2? ?p ?q ? ? ?! ? ?# ?$ ?8 ?L ?X9v@ ?' ?$ ?$ ?) ?r ?+ ? ?$ ?$ ?$ ?$ ?s ?t ? ?u ?1 ?2? ?v ?w ?x ? ?! ?B ?7 ?$ ?n ?L ?Zd;? ?' ?y ?$ ?) ?z ?+ ?{ ?$ ?$ ?$ ?$ ?| ?B ?B ?} ?1 ?? ?~ ?w ?] ? ?! ?K ?# ?$ ?% ?L ?w/ @ ?' ? ?$ ?) ? ?+ ?` ?$ ?$ ?$ ?$ ? ?K ?K ?K ?1 ?2? ? ?w ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ? ?; ?$ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?n ?9~ ?`Z@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?B ?# ?$ ?8 ?L ?m@ ?' ? ?$ ?) ? ?+ ?! ?$ ?$ ?$ ?$ ?F ?B ?B ?G ?1 ?2? ? ? ? ? ?! ?d ?# ?$ ?% ?L ?tV@ ? ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?h ? ?d ?1 ?2? ? ? ?J ? ?! ?i ?# ?$ ?% ?L ?/$@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?i ?1 ?? ? ? ? ? ?! ?a ?7 ?$ ?n ?L ?oʡ? ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?c ?a ?a ?1 ?2? ? ? ? ? ?! ?B ?# ?$ ?8 ?9 ?%C@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ?B ?R ?1 ?? ? ? ? ? ?! ? ?# ?$ ? ?L ?S%@ ?' ?$ ?$ ?) ? ?+ ?O ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ?l ? ?! ?m ?# ?$ ?n ?L ?ʡE? ?' ?$ ?$ ?) ? ?+ ?p ?$ ?$ ?$ ?$ ? ?m ?m ?m ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?n ?9~ ?@g@ ?' ? ?$ ?) ? ?+ ?P ?$ ?$ ?$ ?$ ? ? ? ?F ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8 ?L ?S? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ? ?L ?S%@ ?' ? ?$ ?) ? ?+ ?O ?$ ?$ ?$ ?$ ? ? ?i ? ?1 ?2? ? ? ? ? ?! ? ?7 ?$ ?8 ?L ?Cl? ?' ? ?$ ?) ? ?+ ?s ?$ ?$ ?$ ?$ ? ? ?i ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?% ?L~ ?Xw@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?i ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ? ?L ?S%@ ?' ?$ ?$ ?) ? ?+ ?O ?$ ?$ ?$ ?$ ? ? ? ?  ?1 ?2? ? ? ? ? ?! ?K ?# ?$ ?% ?L ?/$@ ?' ? ?$ ?) ? ?+ ?} ?$ ?$ ?$ ?$ ? ?Q ? ?K ?1 ?2? ? ? ? ? ?! ?u ?# ?$ ?n ?L~ ?? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?u ?u ?u ?1 ?2? ? ? ?/ ? ?! ?" ?7 ?$ ?% ?&~ ?s@ ?' ? ?$ ?) ? ?; ?~ ?$ ?$ ?$ ?$ ? ?" ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?% ?& ?"~@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?; ? ? ?1 ?2? ? ? ? ? ?! ?m ?# ?$ ?8 ?L ? rh? ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?m ?m ? ?1 ?2? ? ? ?J ? ?! ? ?# ?$ ? ?L ?S%@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8 ?& ?v? ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?" ?# ?$ ? ?& ?x&1@ ?' ?  ?$ ?) ?  ?; ? ?$ ?$ ?$ ?$ ?  ?" ? ? ?1 ?$? ?  ?  ? ? ?! ?B ?# ?$ ?8 ?9~ ? q@ ?' ?$ ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ?B ?} ?1 ?2? ? ? ? ? ?! ? ?# ?$ ? ?L ?d;O@ ? ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8 ?L ?bX9? ?' ?$ ?$ ?) ? ?+ ?k ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2?D$5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ?  ? ? ?! ?m ?# ?$ ?% ?L ?MbX9@ ?' ?$ ?$ ?) ?! ?+ ?! ?$ ?$ ?$ ?$ ?" ?m ?m ?# ?1 ?2? ?$ ?  ?4 ? ?! ? ?# ?$ ?% ?& ?&1@ ?' ?% ?$ ?) ?& ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ?' ?( ? ? ?! ? ?# ?$ ?% ?L~ ?Hq@ ? ?$ ?$ ?) ?) ?+ ?* ?$ ?$ ?$ ?$ ?+ ? ?, ? ?1 ?2? ?- ?( ? ? ?! ? ?# ?$ ?% ?L~ ?Hq@ ? ?. ?$ ?) ?/ ?+ ?* ?$ ?$ ?$ ?$ ?0 ? ? ? ?1 ?2? ?1 ?( ?2 ? ?! ? ?# ?$ ?% ?L ?x&@ ?' ?3 ?$ ?) ?4 ?+ ?5 ?$ ?$ ?$ ?$ ?6 ?7 ? ?7 ?1 ?2? ?8 ?( ? ? ?! ? ?# ?$ ?% ?9 ?@ ?' ?$ ?$ ?) ?9 ?+ ?E ?$ ?$ ?$ ?$ ?: ?; ? ?; ?1 ?2? ?< ?( ?= ? ?$ ? ?# ?$ ? ?& ?Cl@ ?' ?> ?$ ?) ?? ?+ ?@ ?$ ?$ ?$ ?$ ?A ? ?B ? ?1 ?2? ?C ?( ?D ? ?! ?E ?# ?$ ?% ?& ?"~@ ?' ?F ?$ ?) ?G ?+ ? ?$ ?$ ?$ ?$ ?H ? ? ?E ?1 ?? ?I ?( ?p ? ?! ?d ?7 ?$ ?8 ?L ?Cl? ?' ?J ?$ ?) ?K ?+ ?s ?$ ?$ ?$ ?$ ?L ?h ?d ?d ?1 ?2? ?M ?( ?N ? ?! ? ?X ?$ ?$ ?$~ ? ?' ?O ?$ ?) ?P ?+ ?Q ?$ ?$ ?$ ?$ ?R ? ?S ? ?1 ?? ?T ?( ?U ? ?! ?V ?7 ?$ ?n ?L ?Pn? ?' ?W ?$ ?) ?X ?+ ? ?$ ?$ ?$ ?$ ?Y ?K ?K ?Z ?1 ?2? ?[ ?( ?A ? ?$ ?0 ?# ?$ ?% ?9 ?@ ?' ?\ ?$ ?) ?] ?+ ?E ?$ ?$ ?$ ?$ ?^ ?0 ?B ?0 ?1 ?2? ?_ ?( ?M ? ?! ? ?# ?$ ?n ?9~ ?@g@ ?' ?` ?$ ?) ?a ?+ ?P ?$ ?$ ?$ ?$ ?b ?" ? ?c ?1 ?2? ?d ?( ? ? ?! ?B ?7 ?$ ?% ?9 ?Zd;O @ ?' ?e ?$ ?) ?f ?+ ?< ?$ ?$ ?$ ?$ ?g ? ?B ?h ?1 ?2? ?i ?( ? ? ?! ? ?# ?$ ?% ?& ?bX9@ ?' ?j ?$ ?) ?k ?+ ? ?$ ?$ ?$ ?$ ?l ? ?B ? ?1 ?2? ?m ?( ?n ? ?! ?; ?7 ?$ ?n ?L ?1Zd? ?' ?o ?$ ?) ?p ?+ ?q ?$ ?$ ?$ ?$ ?r ?> ?s ?; ?1 ?2? ?t ?( ? ? ?! ?; ?# ?$ ?% ?& ?"~@ ?' ?u ?$ ?) ?v ?+ ? ?$ ?$ ?$ ?$ ?w ?> ?x ?; ?1 ?2? ?y ?( ?D ? ?! ?z ?# ?$ ?n ?9 ? r? ?' ?{ ?$ ?) ?| ?+ ?G ?$ ?$ ?$ ?$ ?} ?~ ?z ?z ?1 ?2? ? ?( ? ? ?$ ?T ? ?$ ?$ ?$~ ? ?' ? ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ?w ?T ?T ? ?1 ?? ? ?( ? ? ?$ ? ?# ?$ ?n ?& ?rh|? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ? ?+ ? ? ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ?( ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ? ?+ ? ? ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ?( ?; ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ?$ ?$ ? ? ?+ ?< ? ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ?( ? ? ?! ? ?# ?$ ?n ?L ?Dl? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ? ?# ?$ ?n ?L ?/$? ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ?$ ? ?$ ?$ ?$~ ? ?' ? ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ?( ? ? ?! ?B ?# ?$ ?% ?L ?MbX9@ ?' ? ?$ ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ? ?( ? ?1 ?2? ? ?( ?A ? ?! ? ?# ?$ ?% ?9 ?@ ?' ? ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ? ?# ?$ ?% ?9 ?K7 @ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ? ?# ?$ ?% ?& ?"~j@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ?/ ? ?! ? ?# ?$ ?% ?&~ ?s@ ?' ? ?$ ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ? ?# ?$ ? ?& ?$C@ ?' ? ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2?D5l,@,@,@,@,@,@,@,@,@ ,@ ,@ ,@ ,@ ,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ?( ? ? ?! ? ?# ?$ ?  ?& ?n@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ? ?# ?$ ?%  ?9 ?@  ?'  ?  ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ?A ? ?! ? ?# ?$ ?%  ?9 ?@  ?'  ?  ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ?. ?" ? ?1 ?? ? ?( ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ?. ?" ? ?1 ?? ? ?( ? ? ?! ?" ?7 ?$ ?%  ?9 ?Zd;O @  ?'  ?  ?$ ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ?. ?/ ? ?1 ?2? ? ?( ?/ ? ?! ?" ?# ?$ ?%  ?&~  ?s@  ?'  ?  ?$ ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?2? ? ?( ?A ? ?! ?" ?# ?$ ?%  ?9 ?@  ?'  ?  ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?2? ? ?( ? ? ?! ?" ?# ?$ ?%  ?& ?"~j@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?2? ? ?( ? ? ?! ? ?7 ?$ ?%  ?9  ?Zd;O @  ?'  ?  ?$ ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2 ? ? ?( ? ? ?! ? ?# ?$ ?  ?&  ?$C@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2 ? ? ?( ? ? ?! ? ?# ?$ ?8  ?&  ?Cl?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2 ? ? ?( ? ? ?! ? ?# ?$ ?%  ?&  ?"~@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ?  ? ? ? ?1 ?2 ? ?  ?( ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?   ?$ ? ?  ?+ ?  ?$ ?$ ?$ ?$ ? ? ?$ ? ?1 ? ? ? ?( ? ? ?! ?  ?# ?$ ?8  ?L ?S?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ?( ? ? ?! ?d ?# ?$ ?%  ?L ?v/ @  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?2? ? ?( ?c ? ?! ?d ?# ?$ ?%  ?L~  ?Pl@  ?'  ?  ?$ ?) ? ?+ ?g ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?2? ? ?( ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ?  ?+ ?V ?$ ?$ ?$ ?$ ?! ?" ?# ?$ ?1 ?? ?% ?( ?& ? ?! ?l ?# ?$ ?n  ?L ?V-?  ?'  ?'  ?$ ?) ?( ?+ ?) ?$ ?$ ?$ ?$ ?* ?q ?l ?l ?1 ?2? ?+ ?( ?, ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?-  ?$ ? ?. ?+ ?V ?/ ?$ ?$ ?$ ?0 ?1 ?$ ?1 ?1 ?? ?2 ?( ?3 ? ?! ?K ?# ?$ ?%  ?L ?^I + @  ?'  ?4  ?$ ?) ?5 ?+ ?6 ?$ ?$ ?$ ?$ ?7 ?K ?K ?K ?1 ?2? ?8 ?( ?9 ? ?! ?[ ?# ?$ ?  ?& ?!rh@  ?'  ?$  ?$ ?) ?: ?+ ?; ?$ ?$ ?$ ?$ ?< ?` ?x ?[ ?1 ?2? ?= ?( ?> ? ?! ?? ?# ?$ ?8  ?L ? rh?  ?'  ?$  ?$ ?) ?@ ?+ ? ?$ ?$ ?$ ?$ ?A ?B ?? ?? ?1 ?2? ?C ?( ? ? ?! ?D ?# ?$ ?  ?L ?/$@  ?  ?E  ?$ ?) ?F ?+ ?G ?$ ?$ ?$ ?$ ?H ?D ?D ?D ?1 ?2? ?I ?( ? ? ?! ?t ?# ?$ ?%  ?9 ?@  ?'  ?$  ?$ ?) ?J ?+ ?E ?$ ?$ ?$ ?$ ?K ?t ? ?t ?1 ?2? ?L ?( ?M ? ?! ? ?7 ?$ ?%  ?& ?~jt@  ?'  ?$  ?$ ?) ?N ?+ ?O ?$ ?$ ?$ ?$ ?P ? ? ? ?1 ?2? ?Q ?( ?R ? ?! ? ?# ?$ ?  ?& ?/$ @  ?'  ?$  ?$ ?) ?S ?+ ?T ?$ ?$ ?$ ?$ ?U ? ? ? ?1 ?2? ?V ?( ?W ? ?! ? ?# ?$ ?  ?& ?ET@  ?'  ?$  ?$ ?) ?X ?+ ? ?$ ?$ ?$ ?$ ?Y ? ? ? ?1 ?2? ?Z ?( ?/ ? ?! ? ?7 ?$ ?%  ?& ?y&1@  ?'  ?$  ?$ ?) ?[ ?+ ?3 ?$ ?$ ?$ ?$ ?\ ? ? ? ?1 ?2? ?] ?( ? ? ?! ?  ?# ?$ ?8  ?L ?S?  ?'  ?^  ?$ ?) ?_ ?+ ? ?$ ?$ ?$ ?$ ?` ? ? ?a ?1 ?2? ?b ?( ?4 ? ?! ? ?# ?$ ?%  ?& ?&1@  ?'  ?c  ?$ ?) ?d ?+ ?x ?$ ?$ ?$ ?$ ?e ? ?f ? ?1 ?2? ?g ?( ?/ ? ?! ? ?# ?$ ?%  ?&~  ?s@  ?'  ?h  ?$ ?) ?i ?+ ?~ ?$ ?$ ?$ ?$ ?j ? ?k ? ?1 ?2?D 5l ,@!,@",@#,@$,@%,@&,@',@(,@),@*,@+,@,,@-,@.,@/,@0,@1,@2,@3,@4,@5,@6,@7,@8,@9,@:,@;,@<,@=,@>,@?,@ ?l ?( ?5 ? ?! ? ?# ?$ ?8  ?L  ?X9v?  ?'  ?m  ?$ ?) ?n ?+ ?7 ?$ ?$ ?$ ?$ ?o ? ? ?p ?1 ?2 ? !?q !?( !? !? !?! !? !?7 !?$ !?% ! ?9! ?Zd;O @ ! ?' ! ?r ! ?$ !?) !?s !?+ !?< !?$ !?$ !?$ !?$ !?t !? !? !?u !?1 !?2!? "?v "?( "? "? "?! "? "?# "?$ "?8 " ?L" ?B`"@ " ?' " ?w " ?$ "?) "?x "?+ "? "?$ "?$ "?$ "?$ "?y "? "?f "? "?1 "?2"? #?z #?( #? #? #?! #? #?7 #?$ #?% # ?9# ?Zd;O @ # ?' # ?{ # ?$ #?) #?| #?+ #?< #?$ #?$ #?$ #?$ #?} #? #? #? #?1 #?2#? $?~ $?( $?4 $? $?! $? $?# $?$ $?% $ ?&$ ?&1@ $ ?' $ ? $ ?$ $?) $? $?+ $?x $?$ $?$ $?$ $?$ $? $? $?f $? $?1 $?2$? %? %?( %? %? %?! %? %?7 %?$ %?n % ?&~ % ?@Y@ % ?' % ? % ?$ %?) %? %?+ %? %?$ %?$ %?$ %?$ %? %? %? %? %?1 %?2%? &? &?( &? &? &?! &? &?7 &?$ &?n & ?L& ?m? & ?' & ? & ?$ &?) &? &?+ &? &?$ &?$ &?$ &?$ &? &? &? &? &?1 &?2&? '? '?( '?4 '? '?! '? '?# '?$ '?% ' ?&' ?&1@ ' ?' ' ? ' ?$ '?) '? '?+ '?x '?$ '?$ '?$ '?$ '? '? '? '? '?1 '?2'? (? (?( (?4 (? (?! (? (?# (?$ (?% ( ?&( ?&1@ ( ?' ( ? ( ?$ (?) (? (?+ (?x (?$ (?$ (?$ (?$ (? (? (? (? (?1 (?2(? )? )?( )?t )? )?! )? )?# )?$ )?% ) ?&) ?&1@ ) ?' ) ? ) ?$ )?) )? )?+ )?x )?$ )?$ )?$ )?$ )? )? )? )? )?1 )?2)? *? *?( *? *? *?! *? *?# *?$ *?8 * ?L* ? rh? * ?' * ? * ?$ *?) *? *?+ *? *?$ *?$ *?$ *?$ *? *? *? *? *?1 *?2*? +? +?( +? +? +?! +? +?# +?$ +?n + ?L~ + ?T@ + ?' + ? + ?$ +?) +? +?+ +? +?$ +?$ +?$ +?$ +? +? +? +? +?1 +?2+? ,? ,?( ,? ,? ,?! ,? ,?7 ,?$ ,?8 , ?L, ?v? , ?' , ? , ?$ ,?) ,? ,?+ ,?X ,?$ ,?$ ,?$ ,?$ ,? ,? ,? ,? ,?1 ,?2,? -? -?( -? -? -?! -? -?# -?$ -?8 - ?L- ? rh? - ?' - ? - ?$ -?) -? -?+ -? -?$ -?$ -?$ -?$ -? -? -? -? -?1 -?2-? .? .?( .? .? .?! .? .?# .?$ .?8 . ?&. ?㥛 @ . ?' . ? . ?$ .?) .? .?+ .? .?$ .?$ .?$ .?$ .? .? .? .? .?1 .?2.? /? /?( /? /? /?! /? /?# /?$ /?8 / ?L/ ?l? / ?' / ? / ?$ /?) /? /?+ /? /?$ /?$ /?$ /?$ /? /? /? /? /?1 /?2/? 0? 0?( 0? 0? 0?! 0? 0?# 0?$ 0?8 0 ?&0 ?㥛 @ 0 ?' 0 ? 0 ?$ 0?) 0? 0?+ 0? 0?$ 0?$ 0?$ 0?$ 0? 0? 0? 0? 0?1 0?20? 1? 1?( 1?4 1? 1?! 1? 1?# 1?$ 1?% 1 ?&1 ?&1@ 1 ?' 1 ? 1 ?$ 1?) 1? 1?+ 1?x 1?$ 1?$ 1?$ 1?$ 1? 1? 1? 1? 1?1 1?21? 2? 2?( 2?t 2? 2?! 2? 2?# 2?$ 2?% 2 ?&2 ?&1@ 2 ?' 2 ? 2 ?$ 2?) 2? 2?+ 2?x 2?$ 2?$ 2?$ 2?$ 2? 2? 2? 2? 2?1 2?22? 3? 3?( 3? 3? 3?! 3? 3?# 3?$ 3? 3 ?L3 ?S@ 3 ? 3 ? 3 ?$ 3?) 3? 3?+ 3? 3?$ 3?$ 3?$ 3?$ 3? 3? 3? 3? 3?1 3?23? 4? 4?( 4? 4? 4?! 4? 4?# 4?$ 4? 4 ?L4 ?S@ 4 ? 4 ? 4 ?$ 4?) 4? 4?+ 4? 4?$ 4?$ 4?$ 4?$ 4? 4? 4? 4? 4?1 4?24? 5? 5?( 5? 5? 5?! 5?$ 5? 5?$ 5?$ 5 ?L~ 5 ? 5 ?' 5 ?$ 5 ?$ 5? 5? 5?+ 5? 5?$ 5?$ 5?$ 5?$ 5? 5? 5? 5? 5?1 5?5? 6? 6?( 6? 6? 6?$ 6?$ 6?X 6?$ 6?$ 6 ?9~ 6 ? 6 ?' 6 ? 6 ?$ 6?) 6? 6?+ 6?$ 6? 6?$ 6?$ 6?$ 6? 6? 6? 6? 6?1 6?6? 7? 7?( 7? 7? 7?! 7?$ 7? 7?$ 7?$ 7 ?$~ 7 ? 7 ?' 7 ? 7 ?$ 7? 7? 7?+ 7?V 7?/ 7?$ 7?$ 7?$ 7? 7?D 7?$ 7?D 7?1 7?7? 8? 8?( 8? 8? 8?! 8? 8?7 8?$ 8?8 8 ?L8 ?Cl? 8 ?' 8 ?$ 8 ?$ 8?) 8? 8?+ 8?s 8?$ 8?$ 8?$ 8?$ 8? 8? 8? 8? 8?1 8?28? 9? 9?( 9? 9? 9?! 9?K 9?# 9?$ 9?n 9 ?L9 ?tV? 9 ?' 9 ? 9 ?$ 9?) 9? 9?+ 9?o 9?$ 9?$ 9?$ 9?$ 9? 9?Q 9?K 9?K 9?1 9?29? :? :?( :? :? :?! :?K :?# :?$ :?n : ?L: ?tV? : ?' : ? : ?$ :?) :? :?+ :?o :?$ :?$ :?$ :?$ :? :?K :?K :?K :?1 :?2:? ;? ;?( ;? ;? ;?! ;?$ ;? ;?$ ;?$ ; ?$~ ; ? ; ?' ; ? ; ?$ ;? ;? ;?+ ;? ;? ;?$ ;?$ ;?$ ;? ;? ;? ;? ;?1 ;?;? <? <?( <? <? <?! <? <?# <?$ <?n < ?L< ?oʡ? < ?' < ? < ?$ <?) <? <?+ <? <?$ <?$ <?$ <?$ <? <? <?V <? <?1 <?2<? =? =?( =? =? =?! =? =?# =?$ =?8 = ?L= ?E? = ?' = ?$ = ?$ =?) =? =?+ =?  =?$ =?$ =?$ =?$ =? =? =? =? =?1 =?2=? >? >?( >? >? >?! >? >?# >?$ >? > ?&> ?$C@ > ?' > ?$ > ?$ >?) >? >?+ >? >?$ >?$ >?$ >?$ >? >? >? >? >?1 >?2>? ?? ??( ??A ?? ??! ?? ??# ??$ ??% ? ?9? ?@ ? ?' ? ?$ ? ?$ ??) ?? ??+ ??E ??$ ??$ ??$ ??$ ?? ?? ?? ?? ??1 ??2??D(5l@,@A,@B,@C,@D,@E,@F,@G,@H,@I,@J,@K,@L,@M,@N,@O,@P,@Q,@R,@S,@T,@U,@V,@W,@X,@Y,@Z,@[,@\,@],@^,@_,@ @? @?( @? @? @?! @? @?# @?$ @?% @ ?&@ ?&1@ @ ?' @ ?$ @ ?$ @?) @?  @?+ @?x @?$ @?$ @?$ @?$ @?  @? @?  @? @?1 @?2@? A?  A?( A? A? A?! A?  A?# A?$ A? A ?LA ?/$@ A ? A ? A ?$ A?) A? A?+ A?G A?$ A?$ A?$ A?$ A? A? A?  A?  A?1 A?2A? B? B?( B? B? B?! B?B B?# B?$ B?% B ?LB ?%C@ B ?' B ?$ B ?$ B?) B? B?+ B? B?$ B?$ B?$ B?$ B? B?B B?B B? B?1 B?2B? C? C?( C? C? C?! C? C?# C?$ C?% C ?LC ?V-@ C ?' C ?$ C ?$ C?) C? C?+ C? C?$ C?$ C?$ C?$ C? C? C? C? C?1 C?2C? D? D?( D? D? D?! D? D?# D?$ D?% D ?LD ?x&@ D ?' D ?$ D ?$ D?) D? D?+ D?5 D?$ D?$ D?$ D?$ D? D? D? D? D?1 D?2D? E? E?( E?A E? E?! E? E?# E?$ E?% E ?9E ?@ E ?' E ?$ E ?$ E?) E?  E?+ E?E E?$ E?$ E?$ E?$ E?! E? E?" E? E?1 E?2E? F?# F?( F? F? F?! F? F?# F?$ F? F ?LF ?/$@ F ? F ?$ F ?$ F?) F?% F?+ F?G F?$ F?$ F?$ F?$ F? F? F? F? F?1 F?2F? G?& G?( G?J G? G?! G? G?# G?$ G? G ?LG ?S%@ G ?' G ?' G ?$ G?) G?( G?+ G?O G?$ G?$ G?$ G?$ G?) G? G? G? G?1 G?2G? H?* H?( H?+ H? H?! H? H?# H?$ H?n H ?LH ?tV? H ?' H ?, H ?$ H?) H?- H?+ H?. H?$ H?$ H?$ H?$ H? H? H? H? H?1 H?2H? I?/ I?( I?0 I? I?! I?0 I?7 I?$ I?8 I ?&I ?A`"@ I ?' I ?1 I ?$ I?) I?2 I?+ I?3 I?$ I?$ I?$ I?$ I?4 I?0 I?5 I?0 I?1 I?2I? J?6 J?( J?/ J? J?! J?0 J?7 J?$ J?% J ?&J ?y&1@ J ?' J ?7 J ?$ J?) J?8 J?+ J?3 J?$ J?$ J?$ J?$ J?9 J?0 J?0 J?0 J?1 J?2J? K?: K?( K?; K? K?! K?0 K?# K?$ K?8 K ?&K ?|?5^? K ?' K ?< K ?$ K?) K?= K?+ K?> K?$ K?$ K?$ K?$ K?? K?0 K?0 K?0 K?1 K?2K? L?@ L?( L?A L? L?! L?0 L?# L?$ L?8 L ?LL ?x&@ L ?' L ?B L ?$ L?) L?C L?+ L?D L?$ L?$ L?$ L?$ L?E L?0 L?0 L?0 L?1 L?2L? M?F M?( M? M? M?! M?$ M? M?$ M?$ M ?$~ M ? M ?' M ?$ M ?$ M? M?G M?+ M? M? M?$ M?$ M?$ M?8 M?9 M?$ M?9 M?1 M?M? N?H N?( N?/ N? N?! N? N?# N?$ N?% N ?&~ N ?s@ N ?' N ?I N ?$ N?) N?J N?+ N?~ N?$ N?$ N?$ N?$ N?K N? N? N?L N?1 N?2N? O?M O?( O?N O? O?! O?$ O?u O?$ O?$ O ?&~ O ? O ?' O ?O O ?$ O?) O?P O?+ O?Q O?$ O?$ O?$ O?$ O?R O? O?$ O? O?1 O?O? P?S P?( P?k P? P?! P? P?# P?$ P?n P ?LP ?tV? P ?' P ?T P ?$ P?) P?U P?+ P?o P?$ P?$ P?$ P?$ P?V P? P? P? P?1 P?2P? Q?W Q?( Q?k Q? Q?! Q? Q?# Q?$ Q?n Q ?LQ ?tV? Q ?' Q ?X Q ?$ Q?) Q?Y Q?+ Q?o Q?$ Q?$ Q?$ Q?$ Q?Z Q? Q? Q? Q?1 Q?2Q? R?[ R?( R?\ R? R?! R?$ R? R?$ R?$ R ?$~ R ? R ?' R ?] R ?$ R? R?^ R?+ R?_ R?` R?$ R?$ R?$ R?a R? R?i R?i R?1 R?R? S?b S?( S? S? S?! S?$ S? S?$ S?$ S ?$~ S ? S ?' S ?c S ?$ S? S?d S?+ S?V S?/ S?$ S?$ S?$ S?e S? S?i S?i S?1 S?S? T?f T?( T?h T? T?! T?i T?# T?$ T?8 T ?LT ?bX9? T ?' T ?g T ?$ T?) T?h T?+ T?k T?$ T?$ T?$ T?$ T?i T?i T?j T?i T?1 T?2T? U?k U?( U?h U? U?! U?i U?# U?$ U?8 U ?LU ?bX9? U ?' U ?l U ?$ U?) U?m U?+ U?k U?$ U?$ U?$ U?$ U?n U?i U?o U?i U?1 U?2U? V?p V?( V? V? V?! V?$ V? V?$ V?$ V ?$~ V ? V ?' V ?q V ?$ V? V?r V?+ V?V V?/ V?$ V?$ V?$ V?s V?m V? V? V?1 V?V? W?t W?( W? W? W?! W? W?# W?$ W?% W ?L~ W ?Hq@ W ? W ?u W ?$ W?) W?v W?+ W?* W?$ W?$ W?$ W?$ W?w W? W? W? W?1 W?2W? X?x X?( X?y X? X?! X?T X?# X?$ X?n X ?LX ?v/? X ?' X ?$ X ?$ X?) X?z X?+ X?{ X?$ X?$ X?$ X?$ X?| X?T X?T X?T X?1 X?2X? Y?} Y?( Y?~ Y? Y?! Y?T Y?# Y?$ Y?n Y ?LY ?-? Y ?' Y ?$ Y ?$ Y?) Y? Y?+ Y? Y?$ Y?$ Y?$ Y?$ Y? Y?T Y?T Y?T Y?1 Y?2Y? Z? Z?( Z? Z? Z?! Z?$ Z? Z?$ Z?$ Z ?~ Z ? Z ?' Z ?$ Z ?$ Z? Z? Z?+ Z?V Z?/ Z?$ Z?$ Z?$ Z? Z?T Z?T Z?T Z?1 Z?Z? [? [?( [? [? [?! [?% [?7 [?$ [?% [ ?9[ ?Zd;O @ [ ?' [ ? [ ?$ [?) [? [?+ [?< [?$ [?$ [?$ [?$ [? [?) [? [?% [?1 [?2[? \? \?( \?4 \? \?! \? \?# \?$ \?% \ ?&\ ?&1@ \ ?' \ ? \ ?$ \?) \? \?+ \?x \?$ \?$ \?$ \?$ \? \? \? \? \?1 \?2\? ]? ]?( ]? ]? ]?! ]? ]?# ]?$ ]?8 ] ?&] ?S㥛? ] ?' ] ?$ ] ?$ ]?) ]? ]?+ ]? ]?$ ]?$ ]?$ ]?$ ]? ]? ]? ]? ]?1 ]?2]? ^? ^?( ^?4 ^? ^?! ^? ^?# ^?$ ^?% ^ ?&^ ?&1@ ^ ?' ^ ?$ ^ ?$ ^?) ^? ^?+ ^?x ^?$ ^?$ ^?$ ^?$ ^? ^? ^? ^? ^?1 ^?2^? _? _?( _? _? _?! _? _?# _?$ _?% _ ?L~ _ ?m@ _ ?' _ ?$ _ ?$ _?) _? _?+ _? _?$ _?$ _?$ _?$ _? _? _? _? _?1 _?2_?D5l`,@a,@b,@c,@d,@e,@f,@g,@h,@i,@j,@k,@l,@m,@n,@o,@p,@q,@r,@s,@t,@u,@v,@w,@x,@y,@z,@{,@|,@},@~,@,@ `? `?( `? `? `?! `?$ `? `?$ `?$ ` ?$~ ` ? ` ?' ` ?$ ` ?$ `? `? `?+ `?  `?$ `?$ `?$ `?$ `? `? `? `? `?1 `?`? a? a?( a? a? a?! a?$ a? a?$ a?$ a ?$~ a ? a ?' a ?$ a ?$ a?) a? a?+ a?$ a?$ a?$ a?$ a?$ a? a? a?$ a?$ a?1 a? a?$ b? b?( b? b? b?! b?$ b? b?$ b?$ b ?$~ b ? b ?' b ?$ b ?$ b?) b? b?+ b?$ b?$ b?$ b?$ b?$ b? b?K b?$ b?$ b?1 b? b?$ c? c?( c? c? c?! c?$ c? c?$ c?$ c ?$~ c ? c ?' c ?$ c ?$ c? c? c?+ c? c?$ c?$ c?$ c?$ c? c?d c?$ c?$ c?1 c? c?$ d? d?( d? d? d?! d?$ d? d?$ d?$ d ?$~ d ? d ?' d ?$ d ?$ d?) d? d?+ d?$ d?$ d?$ d?$ d?$ d? d?K d?$ d?$ d?1 d? d?$ e? e?( e? e? e?! e?$ e? e?$ e?$ e ?$~ e ? e ?' e ?$ e ?$ e? e? e?+ e?$ e? e?$ e?$ e?$ e? e? e?$ e?$ e?1 e? e?$ f? f?( f? f? f?! f?$ f? f?$ f?$ f ?$~ f ? f ?' f ?$ f ?$ f? f? f?+ f?$ f? f?$ f?$ f?$ f? f?u f?$ f?$ f?1 f? f?$ g? g? g?h g? g?! g? g?# g?$ g?8 g ?Lg ?bX9? g ?' g ? g ?$ g?) g? g?+ g?k g?$ g?$ g?$ g?$ g? g? g? g? g?1 g?2g? h? h? h?/ h? h?! h?" h?7 h?$ h?% h ?&~ h ?s@ h ?' h ? h ?$ h?) h? h?; h?~ h?$ h?$ h?$ h?$ h? h?" h? h? h?1 h?$h? i? i? i? i? i?! i? i?7 i?$ i?8 i ?Li ?Cl? i ?' i ? i ?$ i?) i? i?+ i?s i?$ i?$ i?$ i?$ i? i? i?i i? i?1 i?2i? j? j? j? j? j?! j?$ j? j?$ j?$ j ?L~ j ? j ?' j ?$ j ?$ j? j? j?+ j? j?$ j?$ j?$ j?$ j? j? j?$ j? j?1 j?j? k? k? k? k? k?! k? k?# k?$ k?% k ?L~ k ?Hq@ k ? k ? k ?$ k?) k? k?+ k?* k?$ k?$ k?$ k?$ k? k? k? k? k?1 k?2k? l? l? l? l? l?! l?  l?# l?$ l?n l ?Ll ?Dl? l ?' l ?$ l ?$ l?) l? l?+ l? l?$ l?$ l?$ l?$ l? l?  l? l? l?1 l?2l? m? m? m? m? m?! m?m m?# m?$ m?% m ?Lm ?MbX9@ m ?' m ?$ m ?$ m?) m? m?+ m?! m?$ m?$ m?$ m?$ m? m? m?m m? m?1 m?2m? n? n? n?5 n? n?! n?B n?7 n?$ n?% n ?9n ?Zd;O @ n ?' n ? n ?$ n?) n? n?+ n?< n?$ n?$ n?$ n?$ n? n?B n?B n? n?1 n?n? o? o? o? o? o?! o? o?# o?$ o?% o ?9o ?Dl@ o ?' o ? o ?$ o?) o? o?+ o? o?$ o?$ o?$ o?$ o?b o?" o? o?c o?1 o?2o? p? p? p? p? p?! p? p?# p?$ p?% p ?&~ p ?s@ p ?' p ?$ p ?$ p?) p? p?+ p?~ p?$ p?$ p?$ p?$ p?6 p?7 p? p?7 p?1 p?2p? q? q? q? q? q?! q?B q?# q?$ q?% q ?&q ?B`"@ q ?' q ? q ?$ q?) q? q?+ q? q?$ q?$ q?$ q?$ q? q? q? q? q?1 q?2q? r? r? r? r? r?! r?B r?# r?$ r?8 r ?9~ r ? q@ r ?' r ? r ?$ r?) r? r?+ r? r?$ r?$ r?$ r?$ r? r?B r?B r?} r?1 r?r? s? s? s? s? s?! s?" s?# s?$ s? s ?&s ?$C@ s ?' s ? s ?$ s?) s? s?; s? s?$ s?$ s?$ s?$ s? s?" s? s? s?1 s?$s? t? t? t? t? t?! t? t? t?$ t?$ t ?L~ t ? t ?' t ?$ t ?$ t? t? t?+ t?< t?$ t?$ t?$ t?$ t? t? t?$ t? t?1 t?t? u? u?  u?  u? u?$ u?$ u? u?$ u?$ u ?$~ u ? u ?' u ?$ u ?$ u? u?  u?+ u?  u?  u?$ u?$ u?$ u? u? u?$ u? u?1 u?$u? v? v? v? v? v?! v? v?# v?$ v?8 v ?Lv ?1Zd? v ?' v ? v ?$ v?) v? v?+ v? v?$ v?$ v?$ v?$ v? v? v? v? v?1 v?2v? w? w? w? w? w?! w? w?# w?$ w? w ?&w ?ET@ w ?' w ? w ?$ w?) w? w?+ w? w?$ w?$ w?$ w?$ w?b w?" w? w?c w?1 w?2w? x? x? x? x? x?! x?d x?# x?$ x?% x ?L~ x ?Xw@ x ?' x ? x ?$ x?) x?  x?+ x? x?$ x?$ x?$ x?$ x?! x?h x?d x?d x?1 x?2x? y?" y? y? y? y?! y?i y?# y?$ y?% y ?L~ y ?Xw@ y ?' y ?# y ?$ y?) y?$ y?+ y? y?$ y?$ y?$ y?$ y?% y? y?i y? y?1 y?2y? z?& z?' z? z? z?! z? z?# z?$ z? z ?Lz ?d;O@ z ? z ?( z ?$ z?) z?) z?+ z? z?$ z?$ z?$ z?$ z?* z? z? z? z?1 z?2z? {?+ {?, {?_ {? {?! {? {?# {?$ {?8 { ?L{ ?`"? { ?' { ?- { ?$ {?) {?. {?+ {? {?$ {?$ {?$ {?$ {?/ {? {? {?0 {?1 {?2{? |?1 |?2 |?. |? |?! |?" |?# |?$ |? | ?&| ?n@ | ?' | ?3 | ?$ |?) |?4 |?; |? |?$ |?$ |?$ |?$ |?5 |?" |? |?2 |?1 |?$|? }?6 }?7 }?8 }? }?! }?i }?# }?$ }? } ?L} ?/$@ } ? } ?9 } ?$ }?) }?: }?+ }?G }?$ }?$ }?$ }?$ }?; }? }?i }? }?1 }?2}? ~?< ~?= ~?> ~? ~?! ~?m ~?# ~?$ ~?n ~ ?9~ ? r? ~ ?' ~ ?$ ~ ?$ ~?) ~?? ~?+ ~?G ~?$ ~?$ ~?$ ~?$ ~?@ ~?m ~?A ~?A ~?1 ~?2~? ?B ?C ? ? ?! ? ?# ?$ ?%  ?L~  ?Xw@  ?'  ?D  ?$ ?) ?E ?+ ? ?$ ?$ ?$ ?$ ?F ? ?G ? ?1 ?2?D5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?H ?I ? ? ?! ?B ?# ?$ ?8  ?9 ?L7A`?  ?'  ?$  ?$ ?) ?J ?+ ? ?$ ?$ ?$ ?$ ?K ?B ?B ?R ?1 ?2? ?L ?I ?_ ? ?! ? ?# ?$ ?8  ?L ?`"?  ?'  ?M  ?$ ?) ?N ?+ ? ?$ ?$ ?$ ?$ ?O ? ?P ? ?1 ?2? ?Q ?I ?R ? ?! ?B ?# ?$ ?8  ?9 ?L7A`?  ?'  ?S  ?$ ?) ?T ?+ ? ?$ ?$ ?$ ?$ ? ?B ?B ?R ?1 ?? ?U ?V ?U ? ?! ?K ?7 ?$ ?n  ?L ?Pn?  ?'  ?W  ?$ ?) ?X ?+ ? ?$ ?$ ?$ ?$ ?Y ?K ?K ?K ?1 ?2? ?Z ?[ ?\ ? ?$ ?] ?# ?$ ?  ?& ?/$ @  ?'  ?^  ?$ ?) ?_ ?+ ?T ?$ ?$ ?$ ?$ ?` ?] ?a ?] ?1 ?2? ?b ?c ? ? ?! ?m ?# ?$ ?n  ?L ?1Zd?  ?'  ?$  ?$ ?) ?d ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?2? ?e ?f ?g ? ?! ? ?# ?$ ?8  ?L ?V-@  ?'  ?$  ?$ ?) ?h ?+ ? ?$ ?$ ?$ ?$ ?i ? ? ? ?1 ?? ?j ?f ? ? ?! ?d ?# ?$ ?  ?L ?S@  ?  ?k  ?$ ?) ?l ?+ ? ?$ ?$ ?$ ?$ ?m ?h ?d ?d ?1 ?2? ?n ?o ?p ? ?! ?d ?# ?$ ?%  ?L ?/$@  ?'  ?q  ?$ ?) ?r ?+ ?} ?$ ?$ ?$ ?$ ?s ?h ?d ?d ?1 ?2? ?t ?u ?{ ? ?! ?" ?# ?$ ?%  ?&~  ?s@  ?'  ?v  ?$ ?) ?w ?; ?~ ?$ ?$ ?$ ?$ ?x ?" ? ? ?1 ?$? ?y ?u ? ? ?! ?i ?# ?$ ?%  ?L~  ?Xw@  ?'  ?z  ?$ ?) ?{ ?+ ? ?$ ?$ ?$ ?$ ?| ? ?i ? ?1 ?2? ?} ?~ ? ? ?! ? ?# ?$ ?  ?L ?d;O@  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?7 ?$ ?8  ?L ?J +@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ?d ?# ?$ ?8  ?L ?bX9?  ?'  ?  ?$ ?) ? ?+ ?O ?$ ?$ ?$ ?$ ? ?h ?d ?d ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?%  ?&~  ?t@  ?'  ?  ?$ ?) ? ?+ ?, ?$ ?$ ?$ ?$ ? ? ? ?c ?1 ?2? ? ? ? ? ?! ?$ ? ?$ ?$  ?L~  ?  ?'  ?$  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?i ?i ?1 ?? ? ? ? ? ?! ? ?# ?$ ?n  ?L ?/$?  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?  ?# ?$ ?  ?9 ?!@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?$ ? ?7 ?$ ?%  ?9 ?Zd;O @  ?'  ?  ?$ ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?2? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?K7A`?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?B ?# ?$ ?8  ?9~  ? q@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ?B ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?&~  ?s@  ?'  ?  ?$ ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ?b ?" ? ?c ?1 ?2? ? ? ? ? ?! ?m ?# ?$ ?n  ?L ?S?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?2? ? ? ?. ? ?! ? ?# ?$ ?  ?& ? +Y@  ?'  ?~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?5 ? ?! ?; ?7 ?$ ?8  ?9 ?w/@  ?'  ?~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ? ?; ?1 ?$? ? ? ?5 ? ?! ?; ?7 ?$ ?8  ?9 ?w/@  ?'  ?~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ? ?; ?1 ?$? ? ? ?5 ? ?! ? ?7 ?$ ?8  ?9 ?w/@  ?'  ?~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ?  ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?& ?x&@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?5 ? ?! ?$ ?# ?$ ?8  ?9 ?w/@  ?'  ?~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ?B ?R ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?L~  ?`g@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ?[ ? ?m ?\ ?1 ?$? ? ? ? ? ?! ?$ ?7 ?$ ?8  ?& ?V-?  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?& ?Fx@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$?D$5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?x&1@  ?'  ?~  ? ?) ? ?+ ?} ?$ ?$ ?$ ?$ ?! ?h ?d ?d ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?n  ?9~  ?f@  ?'  ?~  ? ?) ? ?+ ?P ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?5 ? ?! ?$ ?# ?$ ?8  ?9 ?w/@  ?'  ? ~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ?8 ? ?1 ?$? ? ? ?5 ? ?! ?$ ?# ?$ ?8  ?9 ?w/@  ?'  ? ~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ? ? ? ? ? ? ?! ?$ ?# ?$ ?8  ?L~  ?`g@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ?g ? ?! ?$ ?# ?$ ?8  ?L ?Cl@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ? ? ? ? ? ? ?! ?$ ?# ?$ ?8  ?L~  ?`g@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ?[ ? ?m ?\ ?1 ?$? ? ? ?{ ? ?! ?$ ?# ?$ ?%  ?& ?jt @  ?'  ? ~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?}?5^I@  ?'  ? ~  ? ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ?{ ? ?! ?$ ?# ?$ ?%  ?& ?jt @  ?'  ?! ~  ? ?) ?" ?+ ?~ ?$ ?$ ?$ ?$ ?# ? ? ?$ ?1 ?$? ?% ?& ?' ? ?! ?$ ?# ?$ ?8  ?&~  ?pn@  ?'  ?(  ?$ ?) ?) ?+ ?* ?$ ?$ ?$ ?$ ?+ ? ?B ?h ?1 ?$? ?, ?- ?. ? ?! ?$ ?X ?$ ?$  ?$~  ?  ?'  ?/  ?$ ?) ?0 ?+ ?1 ?$ ?$ ?$ ?$ ?2 ? ?$ ? ?1 ?$? ?3 ?4 ?5 ? ?! ?$ ?# ?$ ?8  ?9 ?w/@  ?'  ?5 ~  ? ?) ?6 ?+ ?< ?$ ?$ ?$ ?$ ?7 ?> ? ?; ?1 ?$? ?8 ?4 ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ?: ~  ? ?) ?; ?+ ?G ?$ ?$ ?$ ?$ ?< ? ? ?  ?1 ?$? ?= ?> ? ? ?! ?$ ?# ?$ ?n  ?L ?S㥛?  ?'  ?? ~  ? ?) ?@ ?+ ? ?$ ?$ ?$ ?$ ?A ?B ? ?C ?1 ?$? ?D ?E ? ? ?! ? ?# ?$ ?  ?& ?v@  ?'  ?F ~  ? ?) ?G ?; ? ?$ ?$ ?$ ?$ ?H ?> ?I ? ?1 ?$? ?J ?E ?{ ? ?! ?" ?# ?$ ?%  ?& ?jt @  ?'  ?K ~  ? ?) ?L ?; ?~ ?$ ?$ ?$ ?$ ?M ?" ?N ? ?1 ?$? ?O ?E ? ? ?! ?$ ?# ?$ ?%  ?L ?rh|@  ?'  ?P ~  ? ?) ?Q ?+ ? ?$ ?$ ?$ ?$ ?R ? ?B ?} ?1 ?$? ?S ?E ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?T  ?$ ?U ?V ?+ ?V ?W ?$ ?$ ?$ ?W ?h ?$ ?d ?1 ?$? ?X ?E ?Y ? ?! ?$ ?# ?$ ?%  ?& ? rh@  ?'  ?Z ~  ? ?) ?[ ?+ ?\ ?$ ?$ ?$ ?$ ?] ? ?^ ? ?1 ?$? ?_ ?` ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ?$~  ? ?) ?a ?+ ?x ?$ ?$ ?$ ?$ ?b ?c ?V ?d ?1 ?$? ?e ?` ?f ? ?! ?$ ?# ?$ ?8  ?L ?%C@  ?'  ?$  ?$ ?) ?g ?+ ? ?$ ?$ ?$ ?$ ?h ?i ?V ?Z ?1 ?$? ?j ?k ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ?l ~  ? ?) ?m ?+ ?G ?$ ?$ ?$ ?$ ?n ?o ?p ? ?1 ?q ? ?r ?s ?t ? ?! ?$ ?# ?$ ?8  ?L ?'1Z?  ?'  ?u ~  ? ?) ?v ?+ ?  ?$ ?$ ?$ ?$ ?w ? ? ?x ?1 ?$? ?y ?z ?\ ? ?! ?$ ?# ?$ ?  ?& ?Cl!@  ?'  ?$~  ? ?) ?{ ?+ ?T ?$ ?$ ?$ ?$ ?| ?} ? ?~ ?1 ?$? ? ?z ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ? ~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?}?5^I@  ?'  ? ~  ? ?) ? ?+ ?! ?$ ?$ ?$ ?$ ?[ ? ?m ?\ ?1 ?$? ? ? ? ? ?$ ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ? ?+ ? ? ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ? ~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ?  ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ? ~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?3 ? ?! ?$ ?# ?$ ?%  ?L~  ?w@  ?'  ? ~  ? ?) ? ?+ ?6 ?$ ?$ ?$ ?$ ? ?Q ?K ?K ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?& ?On @  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$?D 5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ? ~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ? ~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ?B ?? ?? ?1 ?$? ? ? ?t ? ?! ?$ ?# ?$ ?8  ?L ?'1Z?  ?'  ? ~  ? ?) ? ?+ ?  ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?{ ? ?! ? ?# ?$ ?%  ?& ?jt @  ?'  ? ~  ? ?) ? ?; ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?n  ?L ?S㥛?  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ?[ ? ?m ?\ ?1 ?$? ? ? ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ? ~  ? ?) ? ?+ ?G ?$ ?$ ?$ ?$ ? ? ?i ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?& ?M+@  ?'  ? ~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?8  ?& ?&1@  ?'  ? ~  ? ?) ? ?; ?3 ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?&~  ?0b@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?& ?J +?  ?'  ? ~  ? ?) ? ?+ ?X ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?L ?S㥛@  ?'  ?$~  ? ?) ?$ ?+ ?7 ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?X ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ? ?+ ?Y ? ?$ ?$ ?$ ? ? ?$ ?i ?1 ?$? ? ? ?t ? ?! ?$ ?# ?$ ?8  ?L ?'1Z?  ?'  ? ~  ? ?) ? ?+ ?  ?$ ?$ ?$ ?$ ? ?. ?" ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ? ?+ ?< ? ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ? ~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ? ~  ? ?) ?$ ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?n  ?L ?S㥛?  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?A ?A ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?'  ? ~  ? ?) ? ?+ ?O ?$ ?$ ?$ ?$ ? ? ? ? ?1 ? ? ? ? ?N ? ?$ ?$ ?u ?$ ?$  ?$~  ?  ?'  ?  ?$ ?U ? ?+ ?Q ?$ ?$ ?$ ?$ ? ?/ ?$ ?0 ?1 ?$? ? ? ?5 ? ?! ?$ ?# ?$ ?8  ?9 ?w/@  ?'  ? ~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ?> ?; ?; ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?L ? rh?  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L~  ?Hr@  ?  ? ~  ? ?) ? ?+ ?* ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ?! ?+ ?" ?# ?$ ?$ ?$ ?$ ?K ?$ ?% ?1 ?$? ?& ? ?' ? ?$ ?$ ?# ?$ ?  ?& ?x&1@  ?'  ?( ~  ? ?) ?) ?+ ?* ?$ ?$ ?$ ?$ ?+ ?, ?- ?. ?1 ?$? ?/ ?0 ?t ? ?! ? ?# ?$ ?%  ?& ?Mb @  ?'  ?1 ~  ? ?) ?2 ?+ ?x ?$ ?$ ?$ ?$ ?3 ? ? ? ?1 ?$? ?4 ?0 ?5 ? ?! ?$ ?# ?$ ?n  ?L ? +?  ?'  ?6  ?$ ?) ?7 ?+ ? ?$ ?$ ?$ ?$ ?8 ? ?i ? ?1 ?9 ? ?: ?; ?> ? ?! ?z ?# ?$ ?n  ?9~  ?  ?'  ?$~  ? ?) ?< ?+ ?G ?$ ?$ ?$ ?$ ?= ?z ?> ?> ?1 ?$? ?? ?; ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ?@ ~  ? ?) ?A ?+ ?G ?$ ?$ ?$ ?$ ?B ?o ? ? ?1 ?$? ?C ?; ?f ? ?! ?$ ?# ?$ ?8  ?L ?%C@  ?'  ?D ~  ? ?) ?E ?+ ? ?$ ?$ ?$ ?$ ?F ? ? ? ?1 ?$? ?G ?H ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ?I ~  ? ?) ?J ?+ ?x ?$ ?$ ?$ ?$ ?K ? ?L ?a ?1 ?$? ?M ?N ?g ? ?! ? ?# ?$ ?8  ?L ?Cl@  ?'  ?O ~  ? ?) ?P ?; ? ?$ ?$ ?$ ?$ ?Q ? ? ?S ?1 ?$? ?R ?N ? ? ?! ?$ ?S ?$ ?$  ?$~  ?  ?'  ?T  ?$ ?U ?U ?+ ?V ?W ?$ ?$ ?$ ?X ?Y ?$ ?Z ?1 ?$?D 5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?[ ?N ? ? ?! ?$ ?# ?$ ?8  ?L ?S㥛@  ?'  ?\ ~  ? ?) ?] ?+ ?7 ?$ ?$ ?$ ?$ ?^ ? ? ?9 ?1 ?_ ? ?` ?N ?a ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?b ~  ? ?U ?c ?+ ? ?d ?$ ?$ ?$ ?e ?h ?$ ?d ?1 ?$? ?f ?N ?g ? ?! ?$ ?# ?$ ?%  ?h ~  ?w@  ?'  ?i ~  ? ?) ?j ?+ ?k ?$ ?$ ?$ ?$ ?R ? ?B ?} ?1 ?$? ?l ?N ?D ? ?! ?$ ?# ?$ ?%  ?& ?~jt@  ?'  ?m ~  ? ?) ?n ?+ ? ?$ ?$ ?$ ?$ ?o ? ? ? ?1 ?$? ?p ?N ?q ? ?! ?$ ?# ?$ ?%  ?L ?tV@  ?'  ?r ~  ? ?U ?s ?+ ? ?$ ?$ ?$ ?$ ?t ?o ? ? ?1 ?$? ?u ?N ? ? ?! ?$ ?# ?$ ?8  ?L ?S㥛@  ?'  ?$~  ? ?) ?$ ?+ ?7 ?$ ?$ ?$ ?$ ?v ? ? ?w ?1 ?$? ?x ?y ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ?z ~  ? ?) ?{ ?+ ?E ?$ ?$ ?$ ?$ ?| ?. ?" ?} ?1 ?~ ? ? ? ? ? ?! ?$ ?# ?$ ?8  ?& ?y&1@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?u ?u ?u ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?&~  ?0b@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ? ? ? ? ? ? ?! ?$ ?# ?$ ?%  ?&~  ?u@  ?'  ?  ?$ ?) ?$ ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L~  ?Hr@  ?  ? ~  ? ?) ? ?+ ?* ?$ ?$ ?$ ?$ ? ?B ? ? ?1 ?$? ? ? ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ? ~  ? ?) ? ?+ ?G ?$ ?$ ?$ ?$ ?8 ? ?i ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?㥛 @  ?  ? ~  ? ?) ?$ ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?\ ? ?! ?$ ?# ?$ ?  ?& ?Cl!@  ?'  ? ~  ? ?) ? ?+ ?T ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ? ?+ ? ? ?$ ?$ ?$ ? ?. ?" ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ? ~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?{ ? ?! ?$ ?# ?$ ?%  ?& ?jt @  ?'  ? ~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?n  ?9 ?!rh?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?n  ?& ?uV?  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?& ?n@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ? ~  ? ? ? ?+ ?V ?W ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?}?5^I@  ?'  ? ~  ? ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?'1Z@  ?'  ? ~  ? ?) ?$ ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?$ ?+ ?$ ?$ ?$ ?$ ?$ ? ?0 ?$ ?0 ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?& ?S@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?5 ? ?! ? ?7 ?$ ?8  ?9 ?w/@  ?'  ?  ?$ ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?5 ? ?! ?$ ?# ?$ ?8  ?9 ?w/@  ?'  ? ~  ? ?) ? ?+ ?< ?$ ?$ ?$ ?$ ? ?> ? ?; ?1 ?$? ? ? ?t ? ?! ?$ ?# ?$ ?%  ?& ?Mb @  ?'  ? ~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ?9 ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ?$ ?+ ?$ ?$ ? ? ? ? ? ?$ ? ?1 ?$? ? ? ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ? ~  ? ?) ? ?+ ?G ?$ ?$ ?$ ?$ ? ?h ?d ?d ?1 ?$? ? ? ?{ ? ?! ?$ ?# ?$ ?%  ?& ?jt @  ?'  ? ~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?q ? ?! ? ?7 ?$ ?%  ?L ?tV@  ?'  ? ~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$?D5l,@,@,@,@,@,@,@,@,@ ,@ ,@ ,@ ,@ ,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ?g ? ?! ? ?# ?$ ?8  ?L ?Cl@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ? ? ? ? ? ? ?$ ?$ ?# ?$ ?%  ?& ?n@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?& ?Dl @  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?8  ?L ?S㥛@  ?'  ?$~  ? ?) ?$ ?+ ?7 ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ?U ?! ?+ ?" ?# ?$ ?$ ?$ ?$ ?Q ?$ ?% ?1 ?$? ?& ? ?' ? ?! ?$ ?# ?$ ?%  ?& ?Dl@  ?'  ?( ~  ? ?) ?) ?+ ?3 ?$ ?$ ?$ ?$ ?* ? ? ? ?1 ?$? ?+ ?, ?- ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?.  ?$ ?) ?$ ?+ ?$ ?$ ?/ ?$ ?0 ?1 ?0 ?$ ?0 ?1 ?$? ?2 ?3 ? ? ?! ?$ ?# ?$ ?%  ?L ?x&1@  ?'  ?4 ~  ? ?) ?5 ?+ ?} ?$ ?$ ?$ ?$ ?6 ?m ?i ? ?1 ?$? ?7 ?3 ?9 ? ?! ?$ ?# ?$ ?  ?L ?|?5^:@  ?  ?8 ~  ? ?) ?9 ?+ ?G ?$ ?$ ?$ ?$ ?: ? ? ? ?1 ?$? ?; ?< ?= ? ?! ?$ ?u ?$ ?$  ?$~  ?  ?'  ?$  ?$ ?) ?> ?+ ?? ?$ ?$ ?$ ?$ ?@ ?0 ?$ ?0 ?1 ?$ ? ?A ?B ? ? ?! ?$ ?# ?$ ?%  ?L  ?㥛 @  ?  ?C  ?$ ?) ?D ?+ ? ?$ ?$ ?$ ?$ ?E ? ? ? ?1 ?$ ? ?F ?G ?H ? ?! ?$ ?# ?$ ?%  ?L  ?~jt @  ?'  ?I ~  ? ?) ?$ ?+ ? ?$ ?$ ?$ ?$ ? ?d ?d ?d ?1 ?$ ? ?J ?K ?{ ? ?! ?$ ?# ?$ ?%  ?&  ?jt @  ?'  ?$~  ? ?) ?L ?+ ?~ ?$ ?$ ?$ ?$ ?M ? ? ? ?1 ?$ ? ?N ?K ?Y ? ?! ?$ ?# ?$ ?%  ?&  ? rh@  ?'  ?O ~  ? ?) ?P ?+ ?\ ?$ ?$ ?$ ?$ ? ?Q ? ? ?1 ?$ ? ?R ?K ? ? ?! ?$ ?# ?$ ?%  ?L ?}?5^I@  ?'  ?S ~  ? ?) ?T ?+ ?! ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ?U ?V ? ? ?! ?$ ?# ?$ ?  ?L ?㥛 0@  ?  ?W ~  ? ?) ?X ?+ ? ?$ ?$ ?$ ?$ ?Y ?h ?d ?d ?1 ?$? ?Z ?[ ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ?\ ?+ ?$ ?] ?$ ?$ ?$ ?^ ?_ ?$ ?` ?1 ?$? ?a ?b ? ? ?! ? ?# ?$ ?  ?& ?/$@  ?'  ?c ~  ? ?) ?d ?+ ? ?$ ?$ ?$ ?$ ?e ? ?f ? ?1 ?$? ?g ?h ? ? ?! ?$ ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ?i ?+ ? ? ?$ ?$ ?$ ?j ?k ? ?" ?1 ?$? ?l ?h ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ?m ~  ? ?) ?n ?+ ?E ?$ ?$ ?$ ?$ ?R ? ?B ?} ?1 ?$? ?o ?p ?t ? ?! ?$ ?# ?$ ?8  ?L ?'1Z?  ?'  ?q ~  ? ?) ?$ ?+ ?  ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ?r ?s ? ? ?! ?$ ?# ?$ ?%  ?L ?'1Z@  ?'  ?t  ?$ ?) ?u ?+ ? ?$ ?$ ?$ ?$ ?v ?w ?B ?x ?1 ?$? ?y ?s ?z ? ?! ?$ ?# ?$ ?n  ?& ?tV?  ?'  ?$  ?$ ?) ?{ ?+ ?| ?$ ?$ ?$ ?$ ?} ?~ ? ? ?1 ?$? ? ?s ?. ? ?! ?$ ?# ?$ ?  ?& ? +Y@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?. ?" ? ?1 ? ? ? ? ? ? ?! ?$ ?u ?$ ?$  ?L~  ?  ?'  ?  ?$ ?) ?$ ?; ?$ ?$ ?$ ?$ ?$ ? ?) ?$ ? ?1 ? ? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?NbX9@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?Q ? ? ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ? ~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?~ ? ? ? ? ? ?! ?$ ?# ?$ ?%  ?L ?}?5^I @  ?  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?% ? ?% ?1 ?$? ? ? ? ? ?! ?$ ?# ?$ ?%  ?9 ?ˡE}@  ?'  ? ~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?> ? ?! ?$ ?# ?$ ?n  ?9 ?bX9?  ?'  ? ~  ? ?) ? ?+ ?G ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?  ?& ?+w@  ?'  ? ~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?1 ?7 ?$ ?  ?L ?K@  ?'  ? ~  ? ?U ? ?; ? ?$ ?$ ?$ ?$ ? ?1 ? ? ?1 ?$?D(5l ,@!,@",@#,@$,@%,@&,@',@(,@),@*,@+,@,,@-,@.,@/,@0,@1,@2,@3,@4,@5,@6,@7,@8,@9,@:,@;,@<,@=,@>,@?,@ ? ? ?' ? ?! ?$ ?# ?$ ?%  ?&  ?Dl@  ?'  ? ~  ? ?) ? ?+ ?3 ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$ ? !? !? !?' !? !?! !?$ !?# !?$ !?% ! ?&! ?Dl@ ! ?' ! ? ~ ! ? !?) !? !?+ !?3 !?$ !?$ !?$ !?$ !? !?0 !?0 !?0 !?1 !?$!? "? "? "? "? "?! "?$ "?# "?$ "?n " ?$" ?"~j? " ?' " ? ~ " ? "?) "?$ "?+ "? "?$ "?$ "?$ "?$ "? "? "? "? "?1 "?$"? #? #? #?{ #? #?! #?$ #?# #?$ #?% # ?&# ?jt @ # ?' # ? ~ # ? #?) #? #?+ #?~ #?$ #?$ #?$ #?$ #? #? #? #?; #?1 #?$#? $? $? $? $? $?! $?$ $?# $?$ $?% $ ?L$ ?x&1@ $ ?' $ ? ~ $ ? $?) $? $?+ $?} $?$ $?$ $?$ $?$ $? $?h $?d $?d $?1 $?$$? %? %? %? %? %?! %?$ %?# %?$ %?n % ?L~ % ?N@ % ?' % ? ~ % ? %?) %? %?+ %? %?$ %?$ %?$ %?$ %? %?_ %?B %? %?1 %?$%? &? &? &?& &? &?! &?$ &?# &?$ &?n & ?L& ? r? & ?' & ? ~ & ? &?) &? &?+ &?) &?$ &?$ &?$ &?$ &? &?l &? &?l &?1 &?$&? '? '? '? '? '?! '?$ '?# '?$ '?% ' ?L' ?Cl @ ' ?' ' ? ~ ' ? '?) '? '?+ '? '?$ '?$ '?$ '?$ '? '?h '?d '?d '?1 '?$'? (? (? (? (? (?! (?$ (?# (?$ (?n ( ?&( ?"~j? ( ?' ( ? ~ ( ? (?) (? (?+ (? (? (?$ (?$ (?$ (? (? (? (? (?1 (?$(? )? )? )? )? )?! )?$ )?# )?$ )?n ) ?9~ ) ?f@ ) ?' ) ? ~ ) ? )?) )? )?+ )?P )?$ )?$ )?$ )?$ )? )? )? )? )?1 )?$)? *? *? *? *? *?! *?$ *? *?$ *?$ * ?$~ * ? * ?' * ?$~ * ? *? *? *?+ *? *? *?$ *?$ *?$ *? *? *?$ *? *?1 *?$*? +? +? +? +? +?! +?$ +?7 +?$ +?n + ?&~ + ?G@ + ?' + ?$~ + ? +?) +?$ +?+ +? +?$ +?$ +?$ +?$ +? +? +? +? +?1 +?$+? ,? ,? ,?f ,? ,?! ,? ,?# ,?$ ,?8 , ?L, ?%C@ , ?' , ? ~ , ? ,?) ,? ,?; ,? ,?$ ,?$ ,?$ ,?$ ,? ,? ,? ,?c ,?1 ,?$,? -? -? -? -? -?! -?$ -? -?$ -?$ - ?$~ - ? - ?' - ? ~ - ? -? -? -?+ -? -? -?$ -?$ -?$ -? -?} -?$ -? -?1 -?$-? .? .? .?' .? .?! .?$ .?# .?$ .?% . ?&. ?Dl@ . ?' . ? ~ . ? .?) .? .?+ .?3 .?$ .?$ .?$ .?$ .? .?0 .?0 .?0 .?1 .?$.? /? /? /? /? /?! /? /?# /?$ /?% / ?L/ ?NbX9@ / ?' / ? ~ / ? /?) /? /?+ /? /?$ /?$ /?$ /?$ /? /? /? /?c /?1 /?$/? 0? 0? 0? 0? 0?! 0?$ 0?# 0?$ 0?8 0 ?0 ?K7 @ 0 ?' 0 ? ~ 0 ? 0?) 0? 0?+ 0? 0?$ 0?$ 0?$ 0?$ 0? 0? 0? 0? 0?1 0?$0? 1? 1? 1? 1? 1?! 1?$ 1?# 1?$ 1?% 1 ?L~ 1 ?Hr@ 1 ? 1 ? ~ 1 ? 1?) 1? 1?+ 1?* 1?$ 1?$ 1?$ 1?$ 1? 1? 1? 1? 1?1 1?$1? 2? 2? 2? 2? 2?! 2?$ 2?# 2?$ 2?n 2 ?L2 ?sh|?? 2 ?' 2 ?$ 2 ?$ 2?) 2?$ 2?+ 2? 2?$ 2?$ 2?$ 2?$ 2? 2?a 2?a 2?a 2?1 2?$2? 3?! 3?" 3? 3? 3?! 3?$ 3?# 3?$ 3?% 3 ?93 ?ˡE}@ 3 ?' 3 ?# 3 ?$ 3?) 3?$ 3?+ 3?E 3?$ 3?$ 3?$ 3?$ 3?% 3? 3? 3?& 3?1 3?$3? 4?' 4?( 4?9 4? 4?! 4?$ 4?# 4?$ 4? 4 ?L4 ?|?5^:@ 4 ? 4 ?) 4 ?$ 4?) 4?* 4?+ 4?G 4?$ 4?$ 4?$ 4?$ 4?+ 4? 4?i 4? 4?1 4?$4? 5?, 5?- 5?q 5? 5?! 5?. 5?7 5?$ 5?% 5 ?L5 ?tV@ 5 ?' 5 ?/ ~ 5 ? 5?) 5?0 5?; 5? 5?$ 5?$ 5?$ 5?$ 5?1 5?. 5?2 5?2 5?1 5?$5? 6?3 6?- 6? 6? 6?$ 6?  6?# 6?$ 6?8 6 ?L6 ?S㥛@ 6 ?' 6 ?4 ~ 6 ? 6?) 6?5 6?+ 6?7 6?$ 6?$ 6?$ 6?$ 6?6 6? 6?7 6? 6?1 6?$6? 7?8 7?- 7?9 7? 7?! 7?$ 7?# 7?$ 7?n 7 ?L7 ?!rh? 7 ?' 7 ?: ~ 7 ? 7?) 7?; 7?+ 7? 7?$ 7?$ 7?$ 7?$ 7?< 7?Q 7?K 7?= 7?1 7?$7? 8?> 8?- 8? 8? 8?! 8?$ 8?# 8?$ 8?% 8 ?L8 ?NbX9@ 8 ?' 8 ?? ~ 8 ? 8?) 8?$ 8?+ 8? 8?$ 8?$ 8?$ 8?$ 8?@ 8?" 8?# 8? 8?1 8?$8? 9?A 9?- 9? 9? 9?! 9?$ 9?# 9?$ 9?8 9 ?L9 ?S㥛@ 9 ?' 9 ?B ~ 9 ? 9?) 9?C 9?+ 9?7 9?$ 9?$ 9?$ 9?$ 9?D 9? 9?E 9?p 9?1 9?F 9? :?G :?- :? :? :?! :?$ :?# :?$ :?8 : ?L: ?S㥛@ : ?' : ?$~ : ? :?) :?$ :?+ :?7 :?$ :?$ :?$ :?$ :?H :? :? :?w :?1 :?$:? ;?I ;?J ;? ;? ;?! ;?$ ;? ;?$ ;?$ ; ?$~ ; ? ; ?' ; ?K ; ?$ ;?U ;?L ;?+ ;?$ ;?# ;?$ ;?$ ;?$ ;?M ;?Q ;?K ;?N ;?1 ;?$;? <?O <?J <?' <? <?! <?$ <?# <?$ <?% < ?&< ?Dl@ < ?' < ?P ~ < ? <?) <? <?+ <?3 <?$ <?$ <?$ <?$ <?Q <?0 <?0 <?0 <?1 <?$<? =?R =?J =?q =? =?! =?$ =?# =?$ =?% = ?L= ?tV@ = ?' = ?S ~ = ? =?) =?T =?+ =? =?$ =?$ =?$ =?$ =?U =? =?K =?V =?1 =?$=? >?W >?X >?Y >? >?! >?$ >?# >?$ >?8 > ?L> ?w/? > ?' > ?Z ~ > ? >?) >?$ >?+ >? >?$ >?$ >?$ >?$ >?[ >? >? >?u >?1 >?$>? ??\ ??] ??' ?? ??$ ??$ ??# ??$ ?? ? ?&? ?x&1@ ? ?' ? ?^ ~ ? ? ??) ??_ ??+ ??* ??$ ??$ ??$ ??$ ??` ??, ??a ??. ??1 ??$??D$5l@,@A,@B,@C,@D,@E,@F,@G,@H,@I,@J,@K,@L,@M,@N,@O,@P,@Q,@R,@S,@T,@U,@V,@W,@X,@Y,@Z,@[,@\,@],@^,@_,@ @?b @?c @?d @? @?! @?$ @?# @?$ @?n @ ?L@ ?+? @ ?' @ ?$~ @ ? @? @?e @?+ @? @? @?$ @?$ @?$ @?f @?a @?a @?a @?1 @?$@? A?g A?h A? A? A?! A?$ A?# A?$ A?% A ?LA ?NbX9@ A ?' A ?i A ?$ A?) A?$ A?+ A? A?$ A?$ A?$ A?$ A?j A? A? A? A?1 A?$A? B?k B?l B? B? B?! B?$ B?# B?$ B?% B ?LB ?NbX9@ B ?' B ?m ~ B ? B?) B?n B?+ B? B?$ B?$ B?$ B?$ B?o B?} B? B? B?1 B?$B? C?p C?l C? C? C?! C?$ C? C?$ C?$ C ?$C ?~jt? C ?' C ?$~ C ? C? C?$ C?; C?$ C?$ C?$ C?$ C?$ C?q C?K C?$ C?r C?1 C?$C? D?s D?t D?u D? D?! D?$ D?# D?$ D?8 D ?9D ?x& @ D ?' D ?v ~ D ? D?) D?w D?+ D?x D?$ D?$ D?$ D?$ D?y D? D?( D?z D?1 D?$D? E?{ E?| E? E? E?! E?$ E? E?$ E?$ E ?$~ E ? E ?' E ?$~ E ? E? E?} E?+ E?~ E?$ E?$ E?$ E?$ E? E? E?$ E? E?1 E?$E? F? F? F? F? F?! F?T F?# F?$ F?n F ?L~ F ?@`@ F ?' F ?$~ F ? F?) F? F?; F?{ F?$ F?$ F?$ F?$ F? F? F?T F?T F?1 F?$F? G? G? G?Y G? G?! G? G?# G?$ G?8 G ?LG ?w/? G ?' G ? ~ G ? G?) G? G?; G? G?$ G?$ G?$ G?$ G?Q G? G? G?S G?1 G?$G? H? H? H? H? H?! H? H?# H?$ H?% H ?&H ?On@ H ?' H ? H ?$ H?) H? H?+ H? H?$ H?$ H?$ H?$ H? H? H? H? H?1 H?$H? I? I? I? I? I?$ I?$ I?# I?$ I?8 I ?LI ?S㥛@ I ?' I ? ~ I ? I?) I? I?+ I?7 I?$ I?$ I?$ I?$ I? I? I? I? I?1 I?$I? J? J? J?> J? J?! J?$ J?# J?$ J?n J ?9J ?bX9? J ?' J ? ~ J ? J?) J? J?+ J?G J?$ J?$ J?$ J?$ J? J? J? J? J?1 J?$J? K? K? K? K? K?! K?$ K?# K?$ K?% K ?&K ?n@ K ?' K ? ~ K ? K?) K?$ K?+ K? K?$ K?$ K?$ K?$ K? K? K? K? K?1 K?$K? L? L? L? L? L?! L?$ L?# L?$ L?n L ?LL ?S? L ?' L ?$~ L ? L?) L? L?+ L?o L?$ L?$ L?$ L?$ L? L? L?T L?T L?1 L?$L? M? M? M? M? M?! M?$ M?# M?$ M?8 M ?&M ?x&@ M ?' M ? ~ M ? M?) M? M?+ M? M?$ M?$ M?$ M?$ M? M? M? M? M?1 M?$M? N? N? N?. N? N?$ N?$ N?# N?$ N? N ?&N ? +Y@ N ?' N ? ~ N ? N?) N? N?+ N? N?$ N?$ N?$ N?$ N? N?, N?- N?. N?1 N?$N? O? O? O?H O? O?! O?$ O?# O?$ O?% O ?LO ?~jt @ O ?' O ? ~ O ? O?) O? O?+ O? O?$ O?$ O?$ O?$ O? O? O? O? O?1 O?$O? P? P? P? P? P?! P?$ P?# P?$ P?% P ?LP ?}?5^I@ P ?' P ? ~ P ? P?) P? P?+ P?! P?$ P?$ P?$ P?$ P?[ P? P?m P?\ P?1 P?$P? Q? Q? Q? Q? Q?! Q?$ Q?# Q?$ Q?% Q ?9Q ?/$@ Q ?' Q ? ~ Q ? Q?) Q? Q?+ Q? Q?$ Q?$ Q?$ Q?$ Q? Q? Q? Q? Q?1 Q?$Q? R? R? R? R? R?! R?$ R?# R?$ R? R ?LR ?n@@ R ? R ? ~ R ? R?) R? R?+ R? R?$ R?$ R?$ R?$ R? R? R? R? R?1 R?$R? S? S? S? S? S?$ S?$ S?# S?$ S?8 S ?S ?K7 @ S ?' S ? ~ S ? S?) S? S?+ S? S?$ S?$ S?$ S?$ S? S?/ S?B S?0 S?1 S?$S? T? T? T? T? T?! T?$ T?# T?$ T?% T ?&T ?V- @ T ?' T ? ~ T ? T?) T? T?+ T? T?$ T?$ T?$ T?$ T? T? T? T? T?1 T?$T? U? U? U? U? U?! U?$ U? U?$ U?$ U ?$~ U ? U ?' U ?$ U ?$ U? U? U?+ U? U? U?$ U?$ U?$ U? U? U?$ U? U?1 U?$U? V? V? V? V? V?! V?$ V?# V?$ V?% V ?9V ?ˡE}@ V ?' V ?$~ V ? V?) V? V?+ V?E V?$ V?$ V?$ V?$ V? V? V? V? V?1 V?$V? W? W? W? W? W?! W?  W?# W?$ W? W ?~ W ?@ W ? W ? ~ W ? W?) W? W?; W? W?$ W?$ W?$ W?$ W? W?  W? W? W?1 W?$W? X? X? X? X? X?! X?" X?# X?$ X?% X ?9X ?ˡE}@ X ?' X ? ~ X ? X?) X? X?; X?E X?$ X?$ X?$ X?$ X? X?" X? X? X?1 X?$X? Y? Y? Y?> Y? Y?! Y?$ Y?# Y?$ Y?n Y ?9Y ?bX9? Y ?' Y ?$~ Y ? Y?) Y? Y?+ Y?G Y?$ Y?$ Y?$ Y?$ Y? Y? Y?M Y?M Y?1 Y?$Y? Z? Z? Z? Z? Z?! Z?$ Z?# Z?$ Z?% Z ?LZ ?'1Z@ Z ?' Z ? ~ Z ? Z?) Z? Z?+ Z? Z?$ Z?$ Z?$ Z?$ Z? Z? Z?m Z? Z?1 Z?$Z? [? [? [? [? [?! [?$ [?# [?$ [?n [ ?L[ ?X9v? [ ?' [ ? ~ [ ? [?) [? [?+ [? [?$ [?$ [?$ [?$ [? [? [? [? [?1 [?$[? \? \? \?{ \? \?! \?" \?# \?$ \?% \ ?&\ ?jt @ \ ?' \ ? ~ \ ? \?) \? \?; \?~ \?$ \?$ \?$ \?$ \? \?" \? \? \?1 \?$\? ]? ]? ]? ]? ]?$ ]?$ ]? ]?$ ]?$ ] ?$~ ] ? ] ?' ] ?$~ ] ? ]? ]? ]?+ ]? ]? ]?$ ]?$ ]?$ ]? ]? ]?$ ]? ]?1 ]?$]? ^? ^? ^? ^? ^?! ^?$ ^?# ^?$ ^?% ^ ?L^ ?n @ ^ ?' ^ ? ~ ^ ? ^?) ^? ^?+ ^? ^?$ ^?$ ^?$ ^?$ ^?+ ^? ^?B ^?h ^?1 ^?$^? _? _? _?{ _? _?$ _?$ _?# _?$ _?% _ ?&_ ?jt @ _ ?' _ ? ~ _ ? _?) _? _?+ _?~ _?$ _?$ _?$ _?$ _? _? _? _? _?1 _?$_?D,5l`,@a,@b,@c,@d,@e,@f,@g,@h,@i,@j,@k,@l,@m,@n,@o,@p,@q,@r,@s,@t,@u,@v,@w,@x,@y,@z,@{,@|,@},@~,@,@ `? `? `? `? `?! `? `?# `?$ `?% ` ?&` ?x&1 @ ` ?' ` ? ~ ` ? `?) `? `?+ `? `?$ `?$ `?$ `?$ `? `? `? `? `?1 `?$`? a? a? a?  a? a?! a?$ a?# a?$ a?n a ?La ?jt? a ?' a ? ~ a ? a? a? a?+ a? a?$ a?$ a?$ a?$ a? a? a? a? a?1 a?$a? b? b? b? b? b?! b?$ b?# b?$ b?% b ?&b ?S@ b ?' b ? b ?$ b?) b? b?+ b? b?$ b?$ b?$ b?$ b? b? b? b? b?1 b?$b? c? c? c? c? c?! c?$ c?# c?$ c?% c ?Lc ?'1Z@ c ?' c ?! ~ c ? c?) c?" c?+ c? c?$ c?$ c?$ c?$ c?# c? c?( c? c?1 c?$c? d?$ d? d?5 d? d?! d?$ d?# d?$ d?8 d ?9d ?w/@ d ?' d ?% ~ d ? d?) d?& d?+ d?< d?$ d?$ d?$ d?$ d?' d? d? d? d?1 d?$d? e?( e? e? e? e?! e?$ e?# e?$ e?% e ?Le ?x&1@ e ?' e ?) e ?$ e?) e?* e?+ e?} e?$ e?$ e?$ e?$ e?+ e?Q e?K e?K e?1 e?$e? f?, f?- f? f? f?! f?$ f?# f?$ f?8 f ?9f ?-@ f ?' f ?. ~ f ? f?) f?/ f?+ f? f?$ f?$ f?$ f?$ f?0 f? f?m f?1 f?1 f?$f? g?2 g?- g? g? g?! g?$ g?# g?$ g?% g ?9g ?/$@ g ?' g ?3 ~ g ? g?) g?4 g?+ g? g?$ g?$ g?$ g?$ g?5 g? g? g? g?1 g?$g? h?6 h?7 h? h? h?! h?$ h? h?$ h?$ h ?$~ h ? h ?' h ?$ h ?$ h? h?8 h?+ h?< h? h?$ h?$ h?$ h?9 h? h?$ h? h?1 h?$h? i?: i?; i? i? i?! i?< i?# i?$ i? i ?&i ?+w@ i ?' i ?= ~ i ? i?) i?> i?; i? i?$ i?$ i?$ i?$ i?? i?; i?@ i?< i?1 i?$i? j?A j?; j?5 j? j?! j? j?7 j?$ j?8 j ?9j ?w/@ j ?' j ?B j ?$ j?) j?C j?+ j?< j?$ j?$ j?$ j?$ j?D j? j?f j? j?1 j?$j? k?E k?; k?F k? k?! k?$ k?# k?$ k? k ?&k ?A`"@ k ?' k ?$~ k ? k?) k?$ k?+ k?; k?$ k?$ k?$ k?$ k?G k? k? k? k?1 k?$k? l?H l?I l?f l? l?$ l?$ l?# l?$ l?8 l ?Ll ?%C@ l ?' l ?J ~ l ? l?) l?K l?+ l? l?$ l?$ l?$ l?$ l?L l? l? l? l?1 l?$l? m?M m?N m?9 m? m?! m?$ m?# m?$ m? m ?Lm ?|?5^:@ m ? m ?O m ?$ m?) m?$ m?+ m?G m?$ m?$ m?$ m?$ m?P m?Q m?R m?R m?1 m?$m? n?S n?N n? n? n?! n?$ n?# n?$ n? n ?&n ?/$@ n ?' n ?T n ?$ n?) n?U n?+ n? n?$ n?$ n?$ n?$ n?V n? n? n?W n?1 n?$n? o?X o?N o?t o? o?! o?$ o?# o?$ o?% o ?&o ?Mb @ o ?' o ?Y ~ o ? o?) o?Z o?+ o?x o?$ o?$ o?$ o?$ o?[ o?\ o? o? o?1 o?$o? p?] p?^ p? p? p?! p?$ p?# p?$ p?% p ?Lp ?NbX9@ p ?' p ?_ ~ p ? p?) p?` p?+ p? p?$ p?$ p?$ p?$ p?a p? p? p? p?1 p?$p? q?b q?c q? q? q?! q?$ q?# q?$ q? q ?&q ?+w@ q ?' q ?d ~ q ? q?) q?$ q?+ q? q?$ q?$ q?$ q?$ q?e q? q? q? q?1 q?$q? r?f r?g r? r? r?! r?h r?# r?$ r?8 r ?Lr ?Zd;O? r ?' r ?i ~ r ? r?) r?j r?; r?k r?$ r?$ r?$ r?$ r?k r?h r?l r?m r?1 r?n r? s?o s?p s? s? s?! s?$ s?# s?$ s?% s ?Ls ?rh|@ s ?' s ?q ~ s ? s?) s?r s?+ s? s?$ s?$ s?$ s?$ s?s s? s?B s?t s?1 s?$s? t?u t?p t?v t? t?! t?$ t?# t?$ t?8 t ?Lt ?K7? t ?' t ?w ~ t ? t?) t?$ t?+ t?D t?$ t?$ t?$ t?$ t?x t? t? t?y t?1 t?$t? u?z u?p u?{ u? u?! u?$ u?# u?$ u?8 u ?Lu ?B`"? u ?' u ?| ~ u ? u?) u?$ u?+ u?} u?$ u?$ u?$ u?$ u?~ u?" u?# u?# u?1 u?$u? v? v? v? v? v?! v?$ v?# v?$ v?% v ?Lv ?}?5^I@ v ?' v ? ~ v ? v?) v? v?+ v?! v?$ v?$ v?$ v?$ v? v? v?B v?G v?1 v?$v? w? w? w? w? w?! w?$ w?# w? w?% w ?9w ?/$@ w ?' w ? w ?$ w?) w? w?+ w?$ w?$ w?$ w?$ w?$ w? w?) w? w?% w?1 w?$w? x? x? x?\ x? x?! x?$ x?# x?$ x? x ?&x ?Cl!@ x ?' x ? ~ x ? x?) x? x?+ x?T x?$ x?$ x?$ x?$ x? x?> x?; x?; x?1 x?$x? y? y? y?& y? y?! y?$ y?$ y?$ y?$ y ?Ly ? r? y ?' y ? ~ y ? y?U y? y?+ y?) y?$ y?$ y?$ y?$ y? y? y?$ y?u y?1 y?$y? z? z? z? z? z?! z?$ z?# z?$ z?8 z ?L~ z ? b@ z ?' z ? ~ z ? z?) z? z?+ z? z?$ z?$ z?$ z?$ z? z? z? z? z?1 z?$z? {? {? {?9 {? {?! {?R {?# {?$ {? { ?L{ ?|?5^:@ { ? { ? { ?$ {?) {? {?; {?G {?$ {?$ {?$ {?$ {? {?Q {? {?R {?1 {?${? |? |? |?9 |? |?! |?$ |?# |? |? | ?L| ?|?5^:@ | ? | ? | ?$ |?) |? |?+ |?$ |?$ |?$ |?$ |?$ |? |?h |?d |?d |?1 |?$|? }? }? }? }? }?! }?$ }?# }?$ }?n } ?L} ?S㥛? } ?' } ? ~ } ? }?) }? }?+ }? }?$ }?$ }?$ }?$ }? }? }?B }? }?1 }? }? ~? ~? ~? ~? ~?! ~?$ ~?u ~?$ ~?$ ~ ?$~ ~ ? ~ ?' ~ ? ~ ?$ ~?) ~? ~?; ~? ~?$ ~?$ ~?$ ~?$ ~? ~?D ~?$ ~? ~?1 ~?$~? ? ? ?3 ? ?! ?$ ?# ?$ ?%  ?L~  ?w@  ?'  ?  ?$ ?) ? ?+ ?6 ?$ ?$ ?$ ?$ ? ?Q ? ? ?1 ?$?D05l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ?{ ? ?$ ?$ ?# ?$ ?%  ?& ?jt @  ?'  ? ~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ?/ ?B ?0 ?1 ?$? ? ? ?{ ? ?! ?$ ?# ?$ ?%  ?& ?jt @  ?'  ? ~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?$? ? ? ? ? ?! ?a ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ?c ?$ ? ?1 ?$? ? ? ?9 ? ?$ ? ?7 ?$ ?n  ?L~  ? [@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?K ? ?1 ?$? ? ? ? ? ?! ?K ?# ?$ ?%  ?L ?S @  ?'  ? ~  ? ?) ? ?+ ?} ?$ ?$ ?$ ?$ ? ?Q ?K ?K ?1 ?$? ? ? ?Y ? ?! ? ?# ?$ ?8  ?& ?Cl@  ?'  ? ~  ? ?) ? ?; ?\ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?m ?# ?$ ?%  ?L~  ?@p@  ?'  ? ~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ?d ?# ?$ ?%  ?L ?q= ףp@  ?'  ? ~  ? ?) ? ?+ ?g ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?$? ? ? ? ? ?! ?m ?7 ?$ ?n  ?& ?B`"?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?$? ? ? ? ? ?! ?m ?7 ?$ ?n  ?& ?B`"?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ?\ ?1 ?$? ? ? ? ? ?! ?m ?7 ?$ ?n  ?& ?B`"?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ?m ?1 ?$? ? ? ?/ ? ?$ ? ?# ?$ ?%  ?& ?K7@  ?'  ? ~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ? ?+ ? ? ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ? ? ?! ?K ? ?$ ?$  ?$~  ?  ?'  ? ~  ? ? ? ?+ ?V ?$ ?$ ?$ ?$ ? ?Q ?K ?K ?1 ?$? ? ? ? ? ?! ?B ?# ?$ ?  ?& ?#~j@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?B ?G ?1 ?$? ? ? ? ? ?! ?T ?# ?$ ?8  ?L ?V-@  ?'  ?~  ? ?) ?  ?+ ?  ?$ ?$ ?$ ?$ ?  ? ?T ?T ?1 ?$? ?  ?  ? ? ?! ? ?7 ?$ ?8  ?& ?l@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?\ ? ?! ? ?# ?$ ?  ?& ?&1#@  ?'  ?~  ? ?) ? ?+ ?T ?$ ?$ ?$ ?$ ? ?} ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?Cl@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?t ? ?! ? ?# ?$ ?8  ?L ?+?  ?'  ? ~  ? ?) ?! ?+ ?  ?$ ?$ ?$ ?$ ?" ?# ? ? ?1 ?$? ?$ ?% ? ? ?! ? ?# ?$ ?%  ?L ?ʡE@  ?  ?&~  ? ?) ?' ?+ ?* ?$ ?$ ?$ ?$ ?( ?B ? ? ?1 ?$? ?) ?* ?+ ? ?! ? ?# ?$ ?8  ?9 ?T㥛 @  ?'  ?,~  ? ?) ?- ?; ?. ?$ ?$ ?$ ?$ ?/ ? ? ? ?1 ?$? ?0 ?* ?/ ? ?! ?% ?# ?$ ?%  ?& ?K7@  ?'  ?1~  ? ?) ?2 ?+ ?~ ?$ ?$ ?$ ?$ ?3 ?) ? ?% ?1 ?$? ?4 ?* ?4 ? ?! ? ?# ?$ ?%  ?& ?Zd;@  ?'  ?5~  ? ?) ?6 ?+ ?x ?$ ?$ ?$ ?$ ?7 ? ?L ? ?1 ?$? ?8 ?9 ? ? ?! ? ?# ?$ ?%  ?L ?Cl@  ?'  ?:~  ? ?) ?; ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ?< ?= ? ? ?! ?1 ?# ?$ ?%  ?L ?ʡE@  ?  ?>~  ? ?) ?? ?+ ?* ?$ ?$ ?$ ?$ ?@ ?A ?B ?C ?1 ?$? ?D ?= ? ? ?! ? ?# ?$ ?  ?L ?㥛 @  ?  ?E  ?$ ?) ?F ?+ ? ?$ ?$ ?$ ?$ ?G ?H ? ?I ?1 ?$? ?J ?= ? ? ?! ? ?# ?$ ?%  ?9 ?V-@  ?'  ?K~  ? ?) ?L ?+ ? ?$ ?$ ?$ ?$ ?M ? ? ? ?1 ?$? ?N ?O ?P ? ?! ?K ?# ?$ ?  ?L ? +&@  ?'  ?Q~  ? ?) ?R ?+ ?S ?$ ?$ ?$ ?$ ?T ?Q ?K ?K ?1 ?$? ?U ?V ? ? ?! ?m ?# ?$ ?%  ?L~  ?@p@  ?'  ?W  ?$ ?) ?X ?+ ? ?$ ?$ ?$ ?$ ?Y ? ?m ?\ ?1 ?$? ?Z ?V ?_ ? ?! ? ?# ?$ ?n  ?L ?A`"?  ?'  ?[~  ? ?) ?\ ?+ ? ?$ ?$ ?$ ?$ ?] ? ?^ ?_ ?1 ?$? ?` ?V ? ? ?! ?K ?# ?$ ?%  ?L ?S @  ?'  ?a  ?$ ?) ?b ?+ ?} ?$ ?$ ?$ ?$ ?c ?Q ?d ?K ?1 ?$?D(5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?e ?V ?t ? ?! ?# ?# ?$ ?%  ?& ?Zd;@  ?'  ?f~  ? ?) ?g ?+ ?x ?$ ?$ ?$ ?$ ?h ?" ?# ?i ?1 ?$? ?j ?k ?l ? ?! ? ?# ?$ ?8  ?&~  ?e@  ?'  ?m  ?$ ?) ?n ?+ ?o ?$ ?$ ?$ ?$ ?p ? ?V ? ?1 ?$? ?q ?r ? ? ?! ? ?# ?$ ?%  ?9 ?sh|?@  ?'  ?s~  ? ?) ?t ?+ ?E ?$ ?$ ?$ ?$ ?u ? ? ?v ?1 ?$? ?w ?r ? ? ?! ?i ? ?$ ?$  ?$~  ?  ?'  ?x  ?$ ? ?y ?+ ?V ?$ ?$ ?$ ?$ ?z ? ?i ?i ?1 ?$? ?{ ?| ? ? ?! ? ?# ?$ ?8  ?& ?l@  ?'  ?}~  ? ?) ?~ ?+ ? ?$ ?$ ?$ ?$ ? ? ?L ? ?1 ?$? ? ? ? ? ?! ?" ?# ?$ ?%  ?L ?Cl@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?$? ? ? ? ? ?! ?u ?# ?$ ?%  ?& ?~jt@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?u ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?9 ?V-@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?L~  ?t@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?o ? ? ?1 ?$? ? ? ? ? ?! ?d ?# ?$ ?%  ?L ?q= ףp@  ?'  ?~  ? ?) ? ?+ ?g ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?$? ? ? ?t ? ?! ? ?# ?$ ?%  ?& ?Zd;@  ?'  ?~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?&~  ?@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?d;O@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?&~  ?k@  ?'  ?~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?q ? ?! ?K ?7 ?$ ?%  ?L ?Mb @  ?'  ?~  ? ?U ? ?+ ? ?$ ?$ ?$ ?$ ? ?Q ?K ? ?1 ?$? ? ? ? ? ?$ ? ?u ?$ ?$  ?$~  ?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?] ? ?1 ?? ? ? ? ? ?$ ? ?# ?$ ?8  ?& ?l@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?Y ? ?! ? ?# ?$ ?8  ?L ?bX9?  ?'  ?~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ?S ?1 ?$? ? ? ?F ? ?! ?; ?# ?$ ?  ?& ?On@  ?'  ?~  ? ?) ? ?+ ?; ?$ ?$ ?$ ?$ ? ?> ?; ? ?1 ?$? ? ? ?g ? ?! ? ?# ?$ ?8  ?L ?n@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?t ? ?! ? ?# ?$ ?%  ?& ?Zd;@  ?'  ?~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?& ?+ @  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?~ ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?n  ?L ? +?  ?'  ?~  ? ?) ? ?+ ?o ?$ ?$ ?$ ?$ ? ?o ? ? ?1 ?$? ? ? ? ? ?! ?% ?# ?$ ?%  ?& ?~jt@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?) ?% ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?L ?㥛 @  ?  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?o ? ? ?1 ?$? ? ? ?d ? ?! ? ?# ?$ ?n  ?L ? rh?  ?'  ?~  ? ? ? ?+ ? ? ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?u ? ?! ? ?# ?$ ?8  ?9 ?S㥛 @  ?'  ?~  ? ?) ? ?; ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?L ?㥛 @  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?  ?# ?$ ?n  ?L ?1Zd?  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?3 ? ?! ?K ?# ?$ ?%  ?L ?;On @  ?'  ?~  ? ?) ? ?+ ?6 ?$ ?$ ?$ ?$ ? ?K ?K ?  ?1 ?$? ?  ?  ? ? ?! ? ?# ?$ ?  ?& ?;O@  ?'  ? ~  ? ?) ?  ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?c ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?/$@  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$?D(5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ? ? ?! ?V ? ?$ ?$  ?$~  ?  ?'  ?~  ? ? ? ?+ ?  ?$ ?$ ?$ ?$ ? ?Z ?V ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?& ?uV@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ?  ?\ ?! ?" ?1 ?$? ?# ?$ ?% ? ?! ?m ?# ?$ ?  ?& ?Zd;!@  ?'  ?'~  ? ?) ?( ?+ ?) ?$ ?$ ?$ ?$ ?* ? ?1 ?1 ?1 ?$? ?+ ?, ?- ? ?! ?# ? ?$ ?$  ?$~  ?  ?'  ?.~  ? ? ?/ ?+ ?0 ?$ ?$ ?$ ?$ ?1 ?" ?# ?i ?1 ?$? ?2 ?3 ?4 ? ?! ? ?7 ?$ ?n  ?9~  ?  ?'  ?5  ?$ ? ?6 ?+ ?7 ?$ ?$ ?$ ?$ ?8 ? ?9 ?: ?1 ?;? ?< ?= ?{ ? ?! ? ?# ?$ ?%  ?& ?K7@  ?'  ?>~  ? ?) ?? ?+ ?~ ?$ ?$ ?$ ?$ ?@ ? ? ? ?1 ?$? ?A ?= ?9 ? ?! ? ?# ?$ ?  ?L ?~jt@  ?  ?B~  ? ?) ?C ?+ ?G ?$ ?$ ?$ ?$ ?D ? ? ? ?1 ?$? ?E ?F ?/ ? ?! ?% ?# ?$ ?%  ?& ?K7@  ?'  ?G~  ? ?) ?H ?+ ?~ ?$ ?$ ?$ ?$ ?I ?) ? ?% ?1 ?$? ?J ?F ?. ? ?! ? ?# ?$ ?  ?& ?S @  ?'  ?K~  ? ?) ?L ?; ? ?$ ?$ ?$ ?$ ?M ? ? ?: ?1 ?$? ?N ?F ?. ? ?! ? ?# ?$ ?  ?& ?S@  ?'  ?O~  ? ?) ?P ?+ ? ?$ ?$ ?$ ?$ ?Q ? ?R ?c ?1 ?$? ?S ?F ?T ? ?! ?  ?# ?$ ?n  ?9 ?ʡE?  ?'  ?U~  ? ?) ?V ?+ ?W ?$ ?$ ?$ ?$ ?X ? ? ?  ?1 ?$? ?Y ?Z ?9 ? ?! ? ?# ?$ ?  ?L ?~jt@  ?  ?[~  ? ?) ?\ ?+ ?G ?$ ?$ ?$ ?$ ?] ? ? ? ?1 ?$? ?^ ?_ ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ?` ?+ ? ?$ ?$ ?$ ?$ ?a ?B ? ?b ?1 ?$? ?c ?_ ?g ? ?! ? ?# ?$ ?8  ?L ?n@  ?'  ?d  ?$ ?) ?e ?+ ? ?$ ?$ ?$ ?$ ?f ? ? ?g ?1 ?$? ?h ?i ?f ? ?! ?B ?# ?$ ?8  ?L ? rh@  ?'  ?j~  ? ?) ?k ?+ ? ?$ ?$ ?$ ?$ ?l ? ? ?m ?1 ?$? ?n ?o ? ? ?! ? ?# ?$ ?8  ?& ?= ףp=@  ?'  ?p~  ? ?) ?q ?+ ? ?$ ?$ ?$ ?$ ?r ? ? ?s ?1 ?$? ?t ?o ?t ? ?! ?  ?# ?$ ?%  ?& ?Zd;@  ?'  ?u~  ? ?) ?v ?+ ?x ?$ ?$ ?$ ?$ ?w ? ? ?  ?1 ?$? ?x ?o ?y ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ?z ?+ ?{ ?| ?$ ?$ ?$ ?} ? ? ?~ ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?L~  ?r@  ?'  ?~  ? ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ?B ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?l@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?; ? ? ?1 ?$? ? ? ? ? ?! ?% ?# ?$ ?%  ?9 ?sh|?@  ?'  ?~  ? ?) ? ?; ?E ?$ ?$ ?$ ?$ ? ?) ?% ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?9 ?sh|?@  ?'  ?~  ? ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?/ ? ?! ? ?# ?$ ?%  ?&~  ? @  ?'  ?~  ? ?) ? ?+ ?3 ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?%  ?& ?x&1 @  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?n  ?L ?}?5^I?  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?d;O@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?1 ?# ?$ ?n  ?L ?v?  ?'  ?~  ? ?U ? ?+ ? ?$ ?$ ?$ ?$ ? ?A ?B ?1 ?1 ?$? ? ? ?{ ? ?! ? ?# ?$ ?%  ?& ?K7@  ?'  ?~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?f ? ?! ?M ?# ?$ ?8  ?L ? rh@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?M ?M ?M ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?& ?~jt@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?Q ? ? ?1 ?$? ? ? ? ? ?! ?" ?7 ?$ ?n  ?& ?Dl?  ?'  ?~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?. ? ? ?1 ?$? ? ? ? ? ?! ?B ?# ?$ ?%  ?&~  ?w@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?$?D 5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ?\ ? ?! ? ?# ?$ ?  ?& ?&1#@  ?'  ?  ?$ ?) ? ?; ?T ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ? ?+ ?< ? ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?B ?# ?$ ?%  ?L~  ?r@  ?'  ?~  ? ?) ? ?+ ?! ?$ ?$ ?$ ?$ ?s ? ?B ?t ?1 ?$? ? ? ? ? ?! ?d ?# ?$ ?%  ?L ?q= ףp@  ?'  ?~  ? ?) ? ?+ ?g ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?$? ? ? ?9 ? ?! ? ?# ?$ ?  ?L ?~jt@  ?  ?  ?$ ?) ? ?+ ?G ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?H ? ?! ?# ?# ?$ ?%  ?L ? + @  ?'  ?~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?" ? ? ?1 ?$? ? ? ?4 ? ?! ? ?# ?$ ?%  ?& ?Zd;@  ?'  ?  ?$ ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?9 ? ?! ?K ?7 ?$ ?n  ?L~  ? [@  ?'  ?~  ? ?U ? ?+ ? ?$ ?$ ?$ ?$ ? ?Q ?K ? ?1 ?$? ? ? ?{ ? ?! ? ?# ?$ ?%  ?& ?K7@  ?'  ?~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?Mb @  ?'  ?  ?$ ?U ? ?+ ? ?$ ?$ ?$ ?$ ? ?! ?K ? ?1 ?$? ? ? ?q ? ?! ?d ?7 ?$ ?%  ?& ?Zd;@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?h ? ?d ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?L ?㥛 @  ?  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?  ? ? ?1 ?$? ?  ?  ?  ? ?! ?% ?# ?$ ?  ?L ?!rh!@  ?  ? ~  ? ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?) ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?& ?V-2#@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?Cl@  ?'  ?~  ? ?) ? ?+ ?\ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ?  ?! ? ? ?! ? ?# ?$ ?%  ?9 ?sh|?@  ?'  ?"~  ? ?) ?# ?; ?E ?$ ?$ ?$ ?$ ?$ ? ?% ? ?1 ?$? ?& ?' ? ? ?! ?# ? ?$ ?$  ?$~  ?  ?'  ?(~  ? ? ?) ?+ ?V ?$ ?$ ?$ ?$ ?* ?" ?$ ?# ?1 ?$? ?+ ?, ? ? ?! ?u ? ?$ ?$  ?$ ?|?5^?  ?'  ?-  ?$ ? ?. ?+ ?~ ?/ ?$ ?$ ?$ ?0 ? ?$ ?u ?1 ?;? ?1 ?2 ? ? ?$ ?3 ?# ?$ ?%  ?& ?"~@  ?'  ?4~  ? ?) ?5 ?+ ?, ?$ ?$ ?$ ?$ ?6 ?7 ?8 ?9 ?1 ?$? ?: ?2 ? ? ?! ? ?# ?$ ?%  ?L ?Cl@  ?'  ?;~  ? ?) ?< ?+ ? ?$ ?$ ?$ ?$ ?= ? ? ? ?1 ?$? ?> ?? ? ? ?$ ?- ?# ?$ ?  ?& ?^I @  ?'  ?@~  ? ?) ?A ?+ ? ?$ ?$ ?$ ?$ ?B ?C ?a ?D ?1 ?$? ?E ?? ? ? ?! ? ?# ?$ ?n  ?& ?Dl?  ?'  ?F~  ? ?) ?G ?; ? ?$ ?$ ?$ ?$ ?H ? ? ? ?1 ?$? ?I ?? ?% ? ?! ?m ?# ?$ ?  ?& ?Zd;!@  ?'  ?J~  ? ?) ?K ?+ ?) ?$ ?$ ?$ ?$ ?L ? ?m ?1 ?1 ?$? ?M ?N ?4 ? ?! ? ?# ?$ ?%  ?& ?Zd;@  ?'  ?O  ?$ ?) ?P ?+ ?x ?$ ?$ ?$ ?$ ?Q ? ? ? ?1 ?$? ?R ?S ? ? ?! ?m ?# ?$ ?%  ?L~  ?r@  ?'  ?T~  ? ?) ?U ?+ ?! ?$ ?$ ?$ ?$ ?V ? ?m ? ?1 ?$? ?W ?X ?/ ? ?! ? ?# ?$ ?%  ?& ?K7@  ?'  ?Y  ?$ ?) ?Z ?+ ?~ ?$ ?$ ?$ ?$ ?[ ? ? ? ?1 ?$? ?\ ?] ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?^ ?+ ? ? ?$ ?$ ?$ ?_ ? ? ?` ?1 ?$? ?a ?] ? ? ?! ? ?# ?$ ?%  ?L ?ʡE@  ?  ?b~  ? ?) ?c ?+ ?* ?$ ?$ ?$ ?$ ?d ?e ? ? ?1 ?$? ?f ?g ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?h  ?$ ? ?i ?+ ? ?$ ?$ ?$ ?$ ?j ?\ ? ?k ?1 ?$? ?l ?g ?m ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?n ?; ?$ ?o ?$ ?$ ?$ ?p ? ?$ ?q ?1 ?$? ?r ?s ? ? ?! ?d ?# ?$ ?%  ?L ?S @  ?'  ?t  ?$ ?) ?u ?+ ?} ?$ ?$ ?$ ?$ ?v ?h ?d ?d ?1 ?$? ?w ?x ?y ? ?! ?" ?7 ?$ ?n  ?~  ?  ?'  ?z  ?$ ?) ?{ ?; ?| ?$ ?$ ?$ ?$ ?} ?. ?~ ? ?1 ?$?D5l,@,@,@,@,@,@,@,@,@ ,@ ,@ ,@ ,@ ,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ? ? ?$ ? ?# ?$ ?  ?& ?L7A`e'@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?g ? ?! ?  ?# ?$ ?8  ?L ?n@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?L ? ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$ ?V-?  ?'  ?$~  ? ? ? ?+ ? ? ?$ ?$ ?$ ? ? ? ?v ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?n  ?L ?~jt?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?\ ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?n  ?9 ?`"?  ?'  ?~  ? ?) ? ?+ ?P ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?T ? ?! ?  ?# ?$ ?n  ?9 ?ʡE?  ?'  ?  ?$ ?) ? ?+ ?W ?$ ?$ ?$ ?$ ?X ? ? ?  ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?n  ?9 ?`"?  ?'  ?$  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?n  ?9 ?`"?  ?'  ?$  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?$ ?6 ?# ?$ ?8  ?&~  ?@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?6 ? ? ?1 ?$? ? ? ?% ? ?! ?m ?# ?$ ?  ?&  ?Zd;!@  ?'  ?~  ? ?) ? ?+ ?) ?$ ?$ ?$ ?$ ? ? ?m ?\ ?1 ?$ ? ? ? ?q ? ?! ?l ?# ?$ ?%  ?L  ?Mb @  ?'  ?~  ? ? ? ?+ ? ?$ ?$ ?$ ?$ ? ?q ?l ?l ?1 ?$ ? ? ? ? ? ?! ?# ?# ?$ ?%  ?L  ?q= ףp@  ?'  ?~  ? ?) ? ?+ ?g ?$ ?$ ?$ ?$ ? ?" ?# ?# ?1 ?$ ? ? ? ? ? ?! ?B ?# ?$ ?%  ?L~  ?r@  ?'  ?~  ? ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ? ?B ?} ?1 ?$ ? ? ? ? ? ?! ? ?# ?$ ?  ?&  ?Cl@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$ ? ? ? ? ? ?! ?D ? ?$ ?$  ?$~  ??@  ?'  ?~  ? ? ? ?+ ?V ?$ ?$ ?$ ?$ ? ? ?D ?D ?1 ?$? ? ? ?v ? ?! ? ?# ?$ ?8  ?L ?X9v@  ?'  ?~  ? ?) ? ?+ ?D ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?Cl@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?Q ? ? ?1 ?$? ? ? ? ? ?! ?a ? ?$ ?$  ?$~  ?  ?'  ?~  ? ? ? ?+ ? ?$ ?$ ?$ ?$ ? ?c ?a ? ?1 ?$? ? ? ? ? ?! ?" ?7 ?$ ?8  ?& ?K7@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?" ? ? ?1 ?$? ? ? ?H ? ?! ?d ?# ?$ ?%  ?L ? + @  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?$? ? ? ?{ ? ?! ?  ?# ?$ ?%  ?& ?K7@  ?'  ?~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ?X ? ? ?  ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?l@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?8  ?& ?I +@  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ?% ?# ?$ ?  ?& ?K7 @  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?) ? ?% ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?n  ?L ?~jt?  ?'  ?   ?$ ?) ?  ?+ ? ?$ ?$ ?$ ?$ ?  ? ? ?  ?1 ?$? ?  ? ?g ? ?! ? ?# ?$ ?8  ?L ?n@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?L ? ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ? ?+ ?< ? ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ? ? ?! ?[ ?# ?$ ?n  ?& ?ʡE?  ?'  ?~  ? ?) ? ?+ ?  ?$ ?$ ?$ ?$ ?! ?` ?[ ?[ ?1 ?$? ?" ?# ?$ ? ?! ? ?# ?$ ?%  ?L ?X9v@  ?'  ?%~  ? ?) ?& ?+ ?5 ?$ ?$ ?$ ?$ ?' ? ? ? ?1 ?$? ?( ?) ?* ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?+ ?+ ?$ ?, ?$ ?$ ?$ ?- ? ?$ ? ?1 ?$? ?. ?/ ? ? ?$ ?0 ? ?$ ?$  ?$ ?M?  ?'  ?1~  ? ? ?2 ?+ ? ?$ ?$ ?$ ?$ ?3 ?4 ? ?5 ?1 ?$?D$5l ,@!,@",@#,@$,@%,@&,@',@(,@),@*,@+,@,,@-,@.,@/,@0,@1,@2,@3,@4,@5,@6,@7,@8,@9,@:,@;,@<,@=,@>,@?,@ ?6 ?/ ?t ? ?! ? ?# ?$ ?%  ?&  ?Zd;@  ?'  ?7  ?$ ?) ?8 ?; ?x ?$ ?$ ?$ ?$ ?9 ? ? ? ?1 ?$ ? !?: !?/ !? !? !?! !?" !?7 !?$ !?8 ! ?9! ?Zd;O @ ! ?' ! ?; ! ?$ !?) !?< !?; !? !?$ !?$ !?$ !?$ !?= !?. !?> !?> !?1 !?$!? "?? "?@ "? "? "?! "?" "?# "?$ "?$ " ?$" ?^I @ " ?' " ?A " ?$ "?) "?B "?; "? "?$ "?$ "?$ "?$ "?C "?. "?D "? "?1 "?$"? #?E #?F #?q #? #?! #? #?7 #?$ #?% # ?L# ?Mb @ # ?' # ?G~ # ? #?) #?H #?+ #? #?$ #?$ #?$ #?$ #?I #?o #? #? #?1 #?$#? $?J $?K $?H $? $?! $? $?# $?$ $?% $ ?L$ ? + @ $ ?' $ ?L~ $ ? $?) $?M $?+ $? $?$ $?$ $?$ $?$ $?N $? $? $? $?1 $?$$? %?O %?K %?P %? %?! %? %?# %?$ %? % ?L% ?T㥛 @ % ?' % ?Q~ % ? %?) %?R %?+ %?S %?$ %?$ %?$ %?$ %?T %? %? %? %?1 %?$%? &?U &?V &? &? &?! &? &?# &?$ &?% & ?9& ?sh|?@ & ?' & ?W~ & ? &?) &?X &?+ &?E &?$ &?$ &?$ &?$ &?Y &? &?Z &? &?1 &?$&? '?[ '?V '?3 '? '?! '?K '?# '?$ '?% ' ?L' ?;On @ ' ?' ' ?\~ ' ? '?) '?] '?+ '?6 '?$ '?$ '?$ '?$ '?^ '?Q '?K '? '?1 '?$'? (?_ (?` (?5 (? (?! (? (?7 (?$ (?8 ( ?9( ?rh|@ ( ?' ( ?a~ ( ? (?) (?b (?+ (?< (?$ (?$ (?$ (?$ (?c (?Q (? (? (?1 (?$(? )?d )?e )? )? )?! )? )?# )?$ )?8 ) ?&) ?d;O@ ) ?' ) ?f~ ) ? )?) )?g )?+ )? )?$ )?$ )?$ )?$ )?h )? )? )? )?1 )?$)? *?i *?j *?k *? *?! *?[ *?# *?$ *?% * ?&* ?A`"@ * ?' * ?l~ * ? *?) *?m *?+ *?n *?$ *?$ *?$ *?$ *?o *?` *?[ *?[ *?1 *?$*? +?p +?j +?q +? +?! +? +?# +?$ +? + ?&+ ?l1 @ + ?' + ?r + ?$ +?) +?s +?+ +?t +?$ +?$ +?$ +?$ +?u +? +? +?v +?1 +?$+? ,?w ,?x ,? ,? ,?! ,?c ,?# ,?$ ,?% , ?L, ?Cl@ , ?' , ?y~ , ? ,?) ,?z ,?+ ,? ,?$ ,?$ ,?$ ,?$ ,?{ ,?| ,?} ,?c ,?1 ,?$,? -?~ -?x -?9 -? -?! -? -?# -?$ -? - ?L- ?~jt@ - ? - ?~ - ? -?) -? -?+ -?G -?$ -?$ -?$ -?$ -? -? -? -? -?1 -?$-? .? .? .?z .? .?! .? .?# .?$ .?n . ?&. ?d;O? . ?' . ?~ . ? .?) .? .?+ .?| .?$ .?$ .?$ .?$ .? .?~ .? .? .?1 .?$.? /? /? /?A /? /?! /? /?# /?$ /?% / ?9/ ?sh|?@ / ?' / ? / ?$ /?) /? /?+ /?E /?$ /?$ /?$ /?$ /? /?e /? /? /?1 /?$/? 0? 0? 0? 0? 0?! 0?" 0?7 0?$ 0?% 0 ?90 ?V-@ 0 ?' 0 ? 0 ?$ 0?) 0? 0?; 0? 0?$ 0?$ 0?$ 0?$ 0? 0?. 0? 0? 0?1 0?$0? 1? 1? 1? 1? 1?! 1? 1? 1?$ 1?$ 1 ?$~ 1 ? 1 ?' 1 ? 1 ?$ 1?U 1? 1?+ 1? 1?$ 1?$ 1?$ 1?$ 1? 1?k 1? 1? 1?1 1?$1? 2? 2? 2? 2? 2?! 2?9 2? 2?$ 2?$ 2 ?$~ 2 ? 2 ?' 2 ?$ 2 ?$ 2? 2? 2?+ 2? 2? 2?$ 2?$ 2?$ 2? 2? 2?$ 2?9 2?1 2?$2? 3? 3? 3? 3? 3?! 3? 3?# 3?$ 3?n 3 ?93 ?`"? 3 ?' 3 ? 3 ?$ 3?) 3? 3?; 3?P 3?$ 3?$ 3?$ 3?$ 3? 3? 3? 3? 3?1 3?$3? 4? 4? 4? 4? 4?! 4?" 4?# 4?$ 4?% 4 ?94 ?V-@ 4 ?' 4 ?~ 4 ? 4?) 4? 4?+ 4? 4?$ 4?$ 4?$ 4?$ 4? 4?. 4?" 4? 4?1 4?$4? 5? 5? 5? 5? 5?! 5?u 5?# 5?$ 5?% 5 ?&5 ?~jt@ 5 ?' 5 ? 5 ?$ 5?) 5? 5?+ 5? 5?$ 5?$ 5?$ 5?$ 5? 5? 5? 5? 5?1 5?$5? 6? 6? 6? 6? 6?! 6?d 6?7 6?$ 6?8 6 ?L6 ?ffffff@ 6 ?' 6 ? 6 ?$ 6?) 6? 6?+ 6?s 6?$ 6?$ 6?$ 6?$ 6? 6?h 6?d 6?d 6?1 6?$6? 7? 7? 7? 7? 7?! 7? 7?# 7?$ 7?8 7 ?&~ 7 ?`p@ 7 ?' 7 ?~ 7 ? 7?) 7? 7?+ 7? 7?$ 7?$ 7?$ 7?$ 7? 7? 7? 7? 7?1 7?$7? 8? 8? 8? 8? 8?$ 8? 8?# 8?$ 8? 8 ?&8 ?Cl@ 8 ?' 8 ? 8 ?$ 8?) 8? 8?+ 8? 8?$ 8?$ 8?$ 8?$ 8? 8? 8? 8? 8?1 8?$8? 9? 9? 9? 9? 9?! 9?m 9?7 9?$ 9?n 9 ?&~ 9 ? 9 ?' 9 ? 9 ?$ 9?) 9? 9?+ 9? 9?$ 9?$ 9?$ 9?$ 9? 9? 9?m 9?m 9?1 9?$9? :? :? :? :? :?! :? :? :?$ :?$ : ?$~ : ? : ?' : ?$~ : ? :? :? :?+ :? :? :?$ :?$ :?$ :? :? :?$ :? :?1 :?$:? ;? ;? ;? ;? ;?! ;?M ;?# ;?$ ;?8 ; ?9; ?S㥛 @ ; ?' ; ? ; ?$ ;?) ;? ;?; ;? ;?$ ;?$ ;?$ ;?$ ;? ;? ;? ;? ;?1 ;?$;? <? <? <? <? <?! <? <? <?$ <?$ < ?$~ < ? < ?' < ?$~ < ? <?U <? <?+ <? <? <?$ <?$ <?$ <? <? <? <? <?1 <?$<? =? =? =? =? =?! =?; =?# =?$ =? = ?&~ = ?@ = ?' = ?~ = ? =?) =? =?+ =? =?$ =?$ =?$ =?$ =? =?> =? =?; =?1 =?$=? >? >? >?{ >? >?! >? >?# >?$ >?% > ?&> ?K7@ > ?' > ? > ?$ >?) >? >?; >?~ >?$ >?$ >?$ >?$ >? >? >? >? >?1 >?$>? ?? ?? ??{ ?? ??! ?? ??# ??$ ??% ? ?&? ?Dl@ ? ?' ? ? ? ?$ ??) ?? ??; ??~ ??$ ??$ ??$ ??$ ?? ?? ?? ?? ??1 ??$??D$5l@,@A,@B,@C,@D,@E,@F,@G,@H,@I,@J,@K,@L,@M,@N,@O,@P,@Q,@R,@S,@T,@U,@V,@W,@X,@Y,@Z,@[,@\,@],@^,@_,@ @? @? @? @? @?! @? @?# @?$ @?% @ ?L@ ?/$@ @ ? @ ?~ @ ? @?) @? @?+ @? @?$ @?$ @?$ @?$ @? @? @? @? @?1 @?$@? A? A? A?$ A? A?! A? A?# A?$ A?% A ?LA ?X9v@ A ?' A ?~ A ? A?) A? A?+ A?5 A?$ A?$ A?$ A?$ A? A? A? A? A?1 A?$A? B? B? B? B? B?! B?; B?# B?$ B?% B ?&B ?"~@ B ?' B ? B ?$ B?) B? B?+ B? B?$ B?$ B?$ B?$ B? B?> B?; B?; B?1 B?$B? C? C? C?' C? C?! C?# C?7 C?$ C?% C ?&~ C ? @ C ?' C ?~ C ? C?) C? C?+ C?3 C?$ C?$ C?$ C?$ C? C?" C?# C?# C?1 C?$C? D? D? D?t D? D?! D? D?# D?$ D?% D ?&D ?Zd;@ D ?' D ?~ D ? D?) D? D?+ D?x D?$ D?$ D?$ D?$ D? D? D? D? D?1 D?$D? E? E? E?5 E? E?! E? E?7 E?$ E?8 E ?9E ?rh|@ E ?' E ?~ E ? E?) E? E?+ E?< E?$ E?$ E?$ E?$ E? E?Q E? E? E?1 E?$E? F?  F?  F?  F? F?! F? F?# F?$ F? F ?&F ?NbX94@ F ?' F ?  F ?$ F?) F?  F?+ F? F?$ F?$ F?$ F?$ F? F?B F? F? F?1 F?$F? G? G?  G? G? G?! G? G?7 G?$ G?8 G ?&G ?#~j@ G ?' G ?~ G ? G?) G? G?+ G? G? G?$ G?$ G?$ G? G? G? G? G?1 G?$G? H? H?  H? H? H?! H?m H?# H?$ H?8 H ?LH ?V-? H ?' H ? H ?$ H?) H? H?+ H? H?$ H?$ H?$ H?$ H? H? H?m H?\ H?1 H?$H? I? I?  I? I? I?! I? I? I?$ I?$ I ?$~ I ? I ?' I ?~ I ? I?) I? I?+ I?V I?$ I?$ I?$ I?$ I? I?Y I?B I? I?1 I?$I? J?  J?  J?q J? J?! J?i J?7 J?$ J?% J ?LJ ?Mb @ J ?' J ?! J ?$ J?U J?" J?+ J? J?$ J?$ J?$ J?$ J?# J? J? J?i J?1 J?$J? K?$ K?  K? K? K?! K?B K?# K?$ K?8 K ?&K ?l@ K ?' K ?%~ K ? K?) K?& K?+ K? K?$ K?$ K?$ K?$ K?' K? K?B K?h K?1 K?$K? L?( L?) L?* L? L?! L? L?# L?$ L?% L ?LL ?V-@ L ?' L ?+ L ?$ L?) L?, L?+ L?- L?$ L?$ L?$ L?$ L?. L? L? L?v L?1 L?$L? M?/ M?0 M? M? M?! M?d M?# M?$ M?% M ?LM ?S @ M ?' M ?1 M ?$ M?) M?2 M?; M?} M?$ M?$ M?$ M?$ M?3 M?h M?4 M?4 M?1 M?$M? N?5 N?6 N?' N? N?! N?c N?# N?$ N?% N ?&N ?"~@ N ?' N ?7~ N ? N?) N?8 N?+ N?, N?$ N?$ N?$ N?$ N?9 N?| N? N?c N?1 N?$N? O?: O?; O? O? O?! O?9 O?< O?$ O?$ O ?$~ O ? O ?' O ?$~ O ? O?U O?= O?+ O? O? O?$ O?$ O?$ O?> O? O?$ O?9 O?1 O?$O? P?? P?@ P? P? P?! P? P?# P?$ P? P ?LP ?㥛 @ P ? P ?A~ P ? P?) P?B P?+ P? P?$ P?$ P?$ P?$ P?C P?H P? P? P?1 P?$P? Q?D Q?E Q?F Q? Q?! Q?; Q?# Q?$ Q?8 Q ?&~ Q ? Q ?' Q ?G Q ?$ Q?) Q?H Q?; Q?I Q?$ Q?$ Q?$ Q?$ Q?J Q?> Q?K Q?L Q?1 Q?$Q? R?M R?E R? R? R?! R?u R?# R?$ R?% R ?LR ?|?5^@ R ?' R ?N~ R ? R?) R?O R?+ R? R?$ R?$ R?$ R?$ R?P R? R? R?u R?1 R?$R? S?Q S?E S? S? S?! S? S?# S?$ S?% S ?9S ?V-@ S ?' S ?R~ S ? S?) S?S S?+ S? S?$ S?$ S?$ S?$ S?T S? S?R S?U S?1 S?$S? T?V T?W T? T? T?! T? T?# T?$ T?% T ?&T ?Zd; @ T ?' T ?X~ T ? T?) T?Y T?+ T? T?$ T?$ T?$ T?$ T?Z T? T? T? T?1 T?$T? U?[ U?\ U? U? U?! U?] U?# U?$ U?8 U ?U ?rh|@ U ?' U ?^ U ?$ U?) U?_ U?+ U? U?$ U?$ U?$ U?$ U?` U?a U?b U?] U?1 U?$U? V?c V?d V?P V? V?! V? V?# V?$ V? V ?LV ?T㥛 @ V ?' V ?e~ V ? V?) V?f V?+ V?S V?$ V?$ V?$ V?$ V?g V? V? V? V?1 V?$V? W?h W?i W? W? W?! W?m W?# W?$ W?% W ?L~ W ?r@ W ?' W ?j~ W ? W?) W?k W?+ W?! W?$ W?$ W?$ W?$ W?0 W? W?m W?1 W?1 W?$W? X?l X?i X? X? X?! X?m X?7 X?$ X?n X ?&~ X ?V@ X ?' X ?m X ?$ X?) X?n X?+ X? X?$ X?$ X?$ X?$ X?o X? X?m X?m X?1 X?$X? Y?p Y?q Y?r Y? Y?! Y?# Y?7 Y?$ Y? Y ?&~ Y ?8@ Y ?' Y ?s Y ?$ Y?) Y?t Y?; Y?u Y?$ Y?$ Y?$ Y?$ Y?v Y?" Y?w Y?x Y?1 Y?$Y? Z?y Z?z Z?' Z? Z?! Z? Z?7 Z?$ Z?% Z ?&~ Z ? @ Z ?' Z ?{ Z ?$ Z?) Z?| Z?+ Z?3 Z?$ Z?$ Z?$ Z?$ Z?} Z? Z? Z? Z?1 Z?$Z? [?~ [? [? [? [?! [? [?# [?$ [?8 [ ?L[ ?n@ [ ?' [ ? [ ?$ [?) [? [?+ [? [?$ [?$ [?$ [?$ [? [? [? [? [?1 [?$[? \? \? \? \? \?! \?] \? \?$ \?$ \ ?$~ \ ? \ ?' \ ? \ ?$ \?U \? \?+ \? \? \?$ \?$ \?$ \? \?a \?] \?] \?1 \?$\? ]? ]? ]? ]? ]?! ]? ]?# ]?$ ]?% ] ?L] ?ʡE@ ] ? ] ? ] ?$ ]?) ]? ]?+ ]?* ]?$ ]?$ ]?$ ]?$ ]? ]? ]? ]? ]?1 ]?$]? ^? ^? ^?P ^? ^?! ^?1 ^?7 ^?$ ^? ^ ?L^ ?T㥛 @ ^ ?' ^ ?~ ^ ? ^?) ^? ^?+ ^?S ^?$ ^?$ ^?$ ^?$ ^? ^?A ^? ^?1 ^?1 ^?$^? _? _? _?_ _? _?! _? _?# _?$ _?n _ ?L_ ?A`"? _ ?' _ ? _ ?$ _?U _? _?+ _? _? _?$ _?$ _?$ _? _?Q _? _? _?1 _?$_?D5l`,@a,@b,@c,@d,@e,@f,@g,@h,@i,@j,@k,@l,@m,@n,@o,@p,@q,@r,@s,@t,@u,@v,@w,@x,@y,@z,@{,@|,@},@~,@,@ `? `? `?9 `? `?! `?d `?# `?$ `? ` ?L` ?~jt@ ` ? ` ? ` ?$ `?) `? `?+ `?G `?$ `?$ `?$ `?$ `? `?h `? `?d `?1 `?$`? a? a? a?{ a? a?$ a? a?# a?$ a?% a ?&a ?K7@ a ?' a ?~ a ? a?) a? a?+ a?~ a?$ a?$ a?$ a?$ a? a? a? a? a?1 a?$a? b? b? b? b? b?$ b?6 b?7 b?$ b?n b ?9b ?(\? b ?' b ? b ?$ b?) b? b?+ b? b?$ b?$ b?$ b?$ b? b?6 b?6 b?6 b?1 b?b? c? c? c? c? c?! c?m c?7 c?$ c?n c ?&c ?Fx? c ?' c ? c ?$ c?) c? c?+ c? c?$ c?$ c?$ c?$ c? c? c?m c?m c?1 c?c? d? d? d? d? d?! d?K d?# d?$ d? d ?Ld ?S@ d ?' d ? d ?$ d? d? d?+ d? d?$ d?$ d?$ d?$ d? d?Q d?K d?K d?1 d?d? e? e? e?g e? e?! e? e?# e?$ e?8 e ?Le ?Gz@ e ?' e ? e ?$ e?) e? e?; e? e?$ e?$ e?$ e?$ e? e? e? e?: e?1 e?e? f? f? f?. f? f?! f? f?# f?$ f? f ?&f ?w/@ f ?' f ?~ f ? f?) f? f?+ f? f?$ f?$ f?$ f?$ f? f? f? f? f?1 f?f? g? g? g? g? g?! g? g?# g?$ g?% g ?&g ?K7 @ g ?' g ?~ g ? g?) g? g?+ g? g?$ g?$ g?$ g?$ g? g? g? g? g?1 g?g? h? h? h? h? h?! h? h?# h?$ h?8 h ?&h ?x&@ h ?' h ? h ?$ h?) h? h?+ h? h?$ h?$ h?$ h?$ h? h? h? h? h?1 h?h? i? i? i? i? i?! i? i?# i?$ i?% i ?&i ?V-@ i ?' i ?~ i ? i?) i? i?+ i? i?$ i?$ i?$ i?$ i? i? i? i? i?1 i?i? j? j? j? j? j?! j?T j?# j?$ j?n j ?Lj ?B`"? j ?' j ? j ?$ j?) j? j?+ j?{ j?$ j?$ j?$ j?$ j? j? j?T j?T j?1 j?j? k? k? k? k? k?! k? k?# k?$ k?% k ?9k ?K7 @ k ?' k ? k ?$ k?) k? k?; k?E k?$ k?$ k?$ k?$ k? k? k? k? k?1 k?k? l? l? l?9 l? l?! l?K l?7 l?$ l?8 l ?Ll ?n? l ?' l ? l ?$ l?) l? l?+ l? l?$ l?$ l?$ l?$ l? l?Q l?K l?= l?1 l?l? m? m? m? m? m?! m?# m?# m?$ m?8 m ?m ?%C @ m ?' m ?~ m ? m?) m? m?+ m? m?$ m?$ m?$ m?$ m? m?" m?# m?# m?1 m?m? n? n? n? n? n?! n?G n?# n?$ n?8 n ?9n ? r@ n ?' n ? n ?$ n?) n? n?+ n?! n?$ n?$ n?$ n?$ n? n? n?B n?G n?1 n?n? o? o? o? o? o?! o? o?# o?$ o? o ?&o ?ˡE=/@ o ?' o ? o ?$ o?) o? o?; o? o?$ o?$ o?$ o?$ o? o? o? o? o?1 o?o? p? p? p? p? p?! p? p?# p?$ p?n p ?9p ?A`"? p ?' p ? p ?$ p?) p? p?; p? p?$ p?$ p?$ p?$ p? p? p?% p? p?1 p?p? q? q? q? q? q?! q? q?7 q?$ q?% q ?&q ?A`"@ q ?' q ? q ?$ q?) q? q?; q? q?$ q?$ q?$ q?$ q? q? q? q? q?1 q?q? r? r? r? r? r?! r? r?# r?$ r?% r ?9r ?K7 @ r ?' r ? r ?$ r?) r? r?+ r?E r?$ r?$ r?$ r?$ r? r? r? r? r?1 r?r? s? s? s? s? s?! s? s? s?$ s?$ s ?$~ s ? s ?' s ?$~ s ? s? s? s?+ s? s?  s?$ s?$ s?$ s?  s? s?$ s?  s?1 s?$s? t?  t? t?{ t? t?! t? t?# t?$ t?% t ?&~ t ?@ t ?' t ? ~ t ? t?) t? t?+ t?~ t?$ t?$ t?$ t?$ t? t? t? t? t?1 t?t? u? u? u?' u? u?! u?  u?# u?$ u?% u ?&u ?tV@ u ?' u ?~ u ? u?) u? u?+ u?, u?$ u?$ u?$ u?$ u? u? u?  u?  u?1 u?u? v? v? v?t v? v?! v? v?# v?$ v?% v ?&~ v ?z@ v ?' v ? v ?$ v?) v? v?; v?x v?$ v?$ v?$ v?$ v? v? v? v? v?1 v?v? w? w? w?9 w? w?! w?R w?# w?$ w?% w ?Lw ?Fx@ w ? w ? w ?$ w?) w? w?; w?G w?$ w?$ w?$ w?$ w? w?Q w?R w?  w?1 w?!w? x?" x? x?# x? x?! x?R x? x?$ x?$ x ?$~ x ? x ?' x ?$ x ?$ x?) x?% x?+ x?$ x?W x?$ x?$ x?$ x?& x?Q x?R x?R x?1 x?$x? y?' y?( y?) y? y?! y?[ y?u y?$ y?$ y ?$~ y ? y ?' y ?* y ?$ y?) y?+ y?+ y?, y?$ y?$ y?$ y?$ y?- y?` y?. y?[ y?1 y?/y? z?0 z?( z? z? z?! z?m z?# z?$ z?8 z ?L~ z ?xr@ z ?' z ?1 z ?$ z?) z?2 z?+ z? z?$ z?$ z?$ z?$ z?3 z?m z?m z? z?1 z?4z? {?5 {?( {? {? {?! {?V {?# {?$ {?% { ?&~ { ?u@ { ?' { ?6 { ?$ {?) {?7 {?+ {? {?$ {?$ {?$ {?$ {?8 {?c {?V {?d {?1 {?9{? |?: |?( |?; |? |?! |? |?7 |?$ |?% | ?L| ?w/@ | ?' | ?< | ?$ |?) |?= |?; |?> |?$ |?$ |?$ |?$ |?? |? |? |?@ |?1 |?|? }?A }?( }? }? }?! }? }?# }?$ }?% } ?&} ?Mb@ } ?' } ?B } ?$ }?) }?C }?+ }? }?$ }?$ }?$ }?$ }?D }?_ }?B }? }?1 }?}? ~?E ~?( ~? ~? ~?! ~?B ~?7 ~?$ ~?8 ~ ?&~ ?Mb@ ~ ?' ~ ?F ~ ?$ ~?) ~?G ~?+ ~? ~?$ ~?$ ~?$ ~?$ ~?H ~? ~? ~?I ~?1 ~?~? ?J ?K ? ? ?! ?m ?# ?$ ?8  ?L~  ?xr@  ?'  ?L  ?$ ?) ?M ?+ ? ?$ ?$ ?$ ?$ ?[ ?m ?m ?\ ?1 ??D 5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?N ?O ?P ? ?! ?d ?# ?$ ?n  ?L ?K7?  ?'  ?Q~  ? ?) ?R ?+ ?S ?$ ?$ ?$ ?$ ? ?i ?d ?d ?1 ?? ?T ?U ?  ? ?! ?. ?# ?$ ?  ?L ?NbX9t"@  ?  ?V  ?$ ?) ?W ?; ? ?$ ?$ ?$ ?$ ?X ?. ?Y ?Z ?1 ?[? ?\ ?U ?* ? ?! ? ?# ?$ ?8  ?L ?㥛 @  ?'  ?]~  ? ?) ?^ ?+ ?- ?$ ?$ ?$ ?$ ?_ ? ?Z ? ?1 ?? ?` ?a ?9 ? ?! ?. ?# ?$ ?%  ?L ?Fx@  ?  ?b  ?$ ?) ?c ?; ?G ?$ ?$ ?$ ?$ ?d ?. ?e ?. ?1 ?f? ?g ?a ?t ? ?! ?  ?# ?$ ?%  ?&~  ?z@  ?'  ?h~  ? ?) ?i ?+ ?x ?$ ?$ ?$ ?$ ?j ? ?  ?  ?1 ?? ?k ?a ? ? ?! ? ?# ?$ ?  ?& ?|?5@  ?'  ?l  ?$ ?) ?m ?+ ? ?$ ?$ ?$ ?$ ?n ? ? ?o ?1 ?? ?p ?q ?d ? ?! ?r ?# ?$ ?8  ?L ?S㥛?  ?'  ?s  ?$ ?U ?t ?+ ? ?$ ?$ ?$ ?$ ?u ?v ?w ?r ?1 ?? ?x ?y ? ? ?! ?a ?# ?$ ?  ?&~  ?ȅ@  ?'  ?z  ?$ ?) ?{ ?; ? ?$ ?$ ?$ ?$ ?| ?} ?~ ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?n  ?& ?%C?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?u ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ?~ ?/ ?$ ?$ ?$ ? ? ?$ ?u ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?n  ?& ?v/?  ?'  ?~  ? ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?  ?7 ?$ ?  ?& ?jt/@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?^I + @  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?W ?1 ?? ? ? ?d ? ?! ? ?# ?$ ?8  ?L ?S㥛?  ?'  ?  ?$ ?U ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?% ?# ?$ ?%  ?9 ?#~j<@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?) ?% ? ?1 ?? ? ? ? ? ?! ?9 ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ?U ? ?+ ? ? ?$ ?$ ?$ ?> ? ?$ ?9 ?1 ?$? ? ? ? ? ?! ?r ?# ?$ ?%  ?L ?K7A@  ?  ?  ?$ ?) ? ?; ?* ?$ ?$ ?$ ?$ ? ?v ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?L ?ʡE@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ?\ ? ?! ?; ?# ?$ ?  ?& ?Kw%@  ?'  ?  ?$ ?) ? ?; ?T ?$ ?$ ?$ ?$ ? ?> ? ? ?1 ?? ? ? ?{ ? ?! ? ?# ?$ ?%  ?&~  ?@  ?'  ?  ?$ ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?t ? ?! ? ?# ?$ ?%  ?&~  ?z@  ?'  ?~  ? ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?{ ? ?! ? ?# ?$ ?%  ?&~  ?@  ?'  ?  ?$ ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ?$ ?1 ?? ? ? ? ? ?$ ? ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ? ? ?$ ?$ ?$ ? ? ?$ ? ? ?$? ? ? ? ? ?! ?B ?# ?$ ?  ?& ?uV+@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?x&@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?\ ?# ?$ ?8  ?L~  ?xr@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ?\ ?1 ?? ? ? ? ? ?! ?B ?# ?$ ?8  ?9 ? r@  ?'  ?  ?$ ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ?B ? ? ?1 ?? ? ? ? ? ?! ?  ?# ?$ ?  ?9 ?K7@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?7 ?$ ?  ?& ?Zd;_@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?9 ?#~j<@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ?% ? ?1 ?? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ?$ ?  ?$ ?$ ?$ ?  ? ? ?  ?1 ?$? ?  ? ?t ? ?! ?% ?# ?$ ?8  ?L ?V-@  ?'  ?   ?$ ?) ? ?+ ?  ?$ ?$ ?$ ?$ ? ?) ? ?% ?1 ??D5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ?9 ? ?! ?  ?# ?$ ?%  ?L ?Fx@  ?  ?  ?$ ?) ? ?; ?G ?$ ?$ ?$ ?$ ? ?. ? ?  ?1 ?? ? ? ?9 ? ?! ? ?# ?$ ?%  ?L ?Fx@  ?  ?  ?$ ?) ? ?+ ?G ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?r ? ?! ? ?7 ?$ ?  ?&~  ?@  ?'  ?  ?$ ?) ?  ?; ?u ?$ ?$ ?$ ?$ ?! ? ?" ?# ?1 ?? ?$ ?% ?u ? ?! ?B ?# ?$ ?8  ?9 ?Zd;O@  ?'  ?&  ?$ ?) ?' ?+ ?x ?$ ?$ ?$ ?$ ?( ? ?B ?h ?1 ?? ?) ?* ?+ ? ?! ?R ?# ?$ ?n  ?L ?Zd;?  ?'  ?,  ?$ ?) ?- ?; ?. ?$ ?$ ?$ ?$ ?/ ?0 ?$ ?1 ?2 ? ?3 ?4 ?* ?5 ? ?! ?a ?# ?$ ?  ? ?K7'@  ?  ?6  ?$ ?) ?7 ?; ?8 ?$ ?$ ?$ ?$ ?9 ?a ? ?: ?1 ?? ?; ?< ?9 ? ?! ? ?# ?$ ?%  ?L ?Fx@  ?  ?=  ?$ ?) ?> ?+ ?G ?$ ?$ ?$ ?$ ?? ? ? ? ?1 ?? ?@ ?A ? ? ?! ? ?# ?$ ?%  ?L ?S @  ?  ?B  ?$ ?) ?C ?; ? ?$ ?$ ?$ ?$ ?D ?E ?F ? ?1 ?? ?G ?H ? ? ?! ? ?7 ?$ ?n  ?& ?v/?  ?'  ?I  ?$ ?) ?J ?+ ? ?$ ?$ ?$ ?$ ?K ? ? ?5 ?1 ?? ?L ?H ?# ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?M  ?$ ?) ?N ?+ ?V ?W ?$ ?$ ?$ ?O ? ? ?P ?1 ?$? ?Q ?H ? ? ?! ?B ?# ?$ ?%  ?L ?㥛 @  ?'  ?R  ?$ ?) ?S ?+ ? ?$ ?$ ?$ ?$ ?T ? ? ?U ?1 ?? ?V ?H ? ? ?! ?B ?# ?$ ?8  ?L~  ?xr@  ?'  ?W  ?$ ?) ?X ?+ ? ?$ ?$ ?$ ?$ ?Y ?x ?Z ?[ ?1 ?? ?\ ?] ?^ ? ?! ? ?# ?$ ?8  ?9 ?S@  ?'  ?_  ?$ ?) ?` ?; ?a ?$ ?$ ?$ ?$ ?b ? ?c ?d ?1 ?? ?e ?f ?9 ? ?! ? ?# ?$ ?%  ?L ?Fx@  ?  ?g  ?$ ?) ?h ?+ ?G ?$ ?$ ?$ ?$ ?i ?o ? ? ?1 ?? ?j ?k ?_ ? ?! ? ?# ?$ ?8  ?L ?/$?  ?'  ?l  ?$ ?U ?m ?+ ? ?$ ?$ ?$ ?$ ?n ?o ?( ? ?1 ?? ?p ?k ? ? ?! ? ?# ?$ ?%  ?&~  ?u@  ?'  ?q  ?$ ?) ?r ?+ ? ?$ ?$ ?$ ?$ ?s ? ?t ? ?1 ?u? ?v ?w ?d ? ?! ? ?# ?$ ?8  ?L ?S㥛?  ?'  ?x  ?$ ? ?y ?+ ? ?$ ?$ ?$ ?$ ?z ? ? ?{ ?1 ?? ?| ?} ? ? ?! ? ?# ?$ ?8  ?L ? rh @  ?'  ?~  ?$ ?) ? ?+ ?7 ?$ ?$ ?$ ?$ ? ? ?L ? ?1 ?? ? ? ? ? ?$ ? ?# ?$ ?  ?9 ?$(@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ? ?%C @  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ?" ? ?1 ?? ? ? ?\ ? ?$ ? ?# ?$ ?  ?& ?Kw%@  ?'  ?  ?$ ?) ? ?+ ?T ?$ ?$ ?$ ?$ ? ? ? ?] ?1 ?? ? ? ?{ ? ?! ? ?# ?$ ?%  ?&~  ?@  ?'  ?  ?$ ?) ? ?; ?~ ?$ ?$ ?$ ?$ ? ? ? ?: ?1 ?? ? ? ? ? ?! ?9 ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ?$ ? ?$ ?$ ?$ ? ?9 ?$ ?9 ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ? ?+ ?7 ? ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ? ? ?! ?% ?# ?$ ?%  ?L ?S @  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?) ?% ?% ?1 ?? ? ? ?d ? ?! ?a ?# ?$ ?8  ?L ?S㥛?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?a ?a ?a ?1 ?? ? ? ? ? ?! ?d ?# ?$ ?  ?L ?Zd;_@  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?h ?d ?d ?1 ?? ? ? ? ? ?! ?V ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ?  ?$ ?$ ?$ ?$ ? ?c ?V ?d ?1 ?$? ? ? ?' ? ?! ? ?7 ?$ ?%  ?&~  ? @  ?'  ?  ?$ ?) ? ?+ ?3 ?$ ?$ ?$ ?$ ? ? ? ?y ?1 ?$? ? ? ?* ? ?! ? ?# ?$ ?8  ?L ?㥛 @  ?'  ?  ?$ ?) ? ?+ ?- ?$ ?$ ?$ ?$ ? ?c ? ?v ?1 ?? ? ? ? ? ?! ? ?# ?$ ?  ?&~  ?@@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ?~ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$?D5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ?Y ? ?! ? ?# ?$ ?8  ?&~  ?t@  ?'  ?  ?$ ?) ? ?+ ?\ ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?B ?# ?$ ?  ?& ?v9@  ?  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?B ? ? ?1 ?? ? ? ? ? ?! ?B ?# ?$ ?n  ?9 ?"~j?  ?'  ?  ?$ ?) ? ?+ ?P ?$ ?$ ?$ ?$ ? ? ?B ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?X9v@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?L ? ?1 ?? ? ? ? ? ?! ?m ?# ?$ ?8  ?L~  ?xr@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?m ? ?1 ?? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$~  ? ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?u ?$ ?$  ?$~  ?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?c ? ?v ?1 ?? ? ? ?d ? ?! ? ?# ?$ ?8  ?L ?S㥛?  ?'  ?  ?$ ?U ? ?+ ? ?$ ?$ ?$ ?$ ? ?0 ? ? ?1 ?? ? ? ? ? ?! ?B ?# ?$ ?8  ?9 ? r@  ?'  ?  ?$ ?) ? ?+ ?! ?$ ?$ ?$ ?$ ? ? ? ?t ?1 ?? ? ? ? ? ?! ?T ? ?$ ?$  ?$~  ?  ?'  ?~  ? ? ? ?+ ?$ ? ?$ ?$ ?$ ?  ? ?$ ?T ?1 ?$? ?  ?  ?P ? ?! ? ?7 ?$ ?%  ?L ?T㥛 @  ?'  ?   ?$ ?) ?  ?+ ?S ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?t ? ?! ? ?# ?$ ?%  ?&~  ?z@  ?'  ?  ?$ ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?{ ? ?! ?" ?# ?$ ?%  ?&~  ?@  ?'  ?~  ? ?) ? ?+ ?~ ?$ ?$ ?$ ?$ ? ?. ? ?" ?1 ?? ? ? ? ? ?! ?m ?# ?$ ?8  ?9 ? r@  ?'  ?  ?$ ?) ? ?+ ?! ?$ ?$ ?$ ?$ ?[ ? ?m ?\ ?1 ?? ? ? ? ? ?! ?" ?# ?$ ?%  ?9 ?sh|?@  ?'  ?  ?$ ?) ? ?; ?E ?$ ?$ ?$ ?$ ? ?. ?  ?! ?1 ?$? ?" ?# ?9 ? ?! ? ?# ?$ ?%  ?L ?Fx@  ?  ?$  ?$ ?) ?% ?+ ?G ?$ ?$ ?$ ?$ ?& ? ? ? ?1 ?? ?' ?( ? ? ?! ?B ?# ?$ ?%  ?9 ?K7 @  ?'  ?)  ?$ ?) ?* ?+ ?E ?$ ?$ ?$ ?$ ?+ ?B ?B ?h ?1 ?? ?, ?( ?u ? ?! ? ?# ?$ ?8  ?9 ?Zd;O@  ?'  ?-  ?$ ?) ?. ?; ?x ?$ ?$ ?$ ?$ ?/ ? ?% ? ?1 ?? ?0 ?1 ? ? ?! ? ?# ?$ ?n  ?L ? r?  ?'  ?2  ?$ ?) ?3 ?; ?k ?$ ?$ ?$ ?$ ?4 ?o ? ?5 ?1 ?? ?6 ?7 ?q ? ?! ? ?7 ?$ ?  ?L ?lq@  ?'  ?8  ?$ ?) ?9 ?+ ? ?$ ?$ ?$ ?$ ?: ?! ?K ? ?1 ?? ?; ?7 ?{ ? ?! ? ?# ?$ ?%  ?&~  ?@  ?'  ?<  ?$ ?) ?= ?+ ?~ ?$ ?$ ?$ ?$ ?> ? ? ?o ?1 ?? ?? ?7 ?{ ? ?! ?c ?# ?$ ?%  ?&~  ?@  ?'  ?@  ?$ ?) ?A ?+ ?~ ?$ ?$ ?$ ?$ ?B ?| ?C ?c ?1 ?? ?D ?E ? ? ?! ? ?# ?$ ?  ?9 ?h|?u,@  ?'  ?F  ?$ ?) ?G ?; ? ?$ ?$ ?$ ?$ ?H ? ?I ?J ?1 ?? ?K ?E ? ? ?! ?z ?# ?$ ?8  ?9 ? r@  ?'  ?L  ?$ ?) ?M ?+ ?! ?$ ?$ ?$ ?$ ?N ?~ ?z ?O ?1 ?? ?P ?Q ? ? ?! ?c ?# ?$ ?  ?& ?ʡE%@  ?'  ?R  ?$ ?) ?S ?; ? ?$ ?$ ?$ ?$ ?T ?| ?U ?V ?1 ?? ?W ?X ?t ? ?! ? ?# ?$ ?%  ?&~  ?z@  ?'  ?Y  ?$ ?) ?Z ?+ ?x ?$ ?$ ?$ ?$ ?[ ? ? ?\ ?1 ?? ?] ?X ?t ? ?! ?V ?# ?$ ?%  ?&~  ?z@  ?'  ?^  ?$ ?) ?_ ?+ ?x ?$ ?$ ?$ ?$ ?` ?c ?V ?d ?1 ?? ?a ?X ? ? ?! ?z ?# ?$ ?8  ?L~  ?xr@  ?'  ?b  ?$ ?) ?c ?+ ? ?$ ?$ ?$ ?$ ?N ?~ ?z ?O ?1 ?? ?d ?e ? ? ?! ? ?7 ?$ ?n  ?& ?v/?  ?'  ?f  ?$ ?) ?g ?+ ? ?$ ?$ ?$ ?$ ?h ? ?i ? ?1 ?? ?j ?k ?l ? ?! ? ?7 ?$ ?  ?& ?M8@  ?'  ?m  ?$ ?) ?n ?; ?o ?$ ?$ ?$ ?$ ?p ?q ?r ?s ?1 ?? ?t ?u ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?v ?+ ?w ?x ?$ ?$ ?$ ?y ? ?$ ? ?1 ?$? ?z ?u ?t ? ?! ? ?# ?$ ?8  ?L ?V-@  ?'  ?{  ?$ ?) ?| ?+ ?  ?$ ?$ ?$ ?$ ?} ?c ? ?~ ?1 ??D 5l,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ? ? ? ? ?! ? ?# ?$ ?%  ?9 ?K7 @  ?'  ?  ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?7 ?$ ?8  ?9 ?y&1@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?l ? ?! ?a ?7 ?$ ?  ?& ?M8@  ?'  ?  ?$ ?) ? ?; ?o ?$ ?$ ?$ ?$ ? ?a ? ? ?1 ?? ? ? ?* ? ?! ? ?# ?$ ?8  ?L ?㥛 @  ?'  ?  ?$ ?) ? ?+ ?- ?$ ?$ ?$ ?$ ? ? ? ?  ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?L ? rh @  ?'  ?  ?$ ?) ? ?; ?7 ?$ ?$ ?$ ?$ ? ? ?% ? ?1 ?? ? ? ? ? ?! ?a ?# ?$ ?%  ?&~  ?u@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?a ? ? ?1 ?? ? ? ?u ? ?! ? ?# ?$ ?8  ?9 ?Zd;O@  ?'  ?  ?$ ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?* ? ?! ? ?# ?$ ?8  ?L ?㥛 @  ?'  ?  ?$ ?) ? ?+ ?- ?$ ?$ ?$ ?$ ? ?c ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?  ?&~  ?@  ?  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?o ?1 ?$? ? ? ? ? ?! ?B ?# ?$ ?%  ?& ?Mb@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ? ?$ ?$ ?$ ?$ ? ? ?$ ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?%  ?& ?v@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?_ ?B ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?& ?(\@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ? ?n  ?9 ?A`"?  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ?% ? ?2 ? ? ? ? ?H ? ?! ?r ?# ?$ ?%  ?L ?rh| @  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?v ? ? ?1 ?? ? ? ? ? ?! ?Z ?# ?$ ?%  ?&~  ?u@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?i ? ?Z ?1 ?? ? ? ?m ? ?! ?9 ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ?U ? ?+ ? ? ?$ ?$ ?$ ? ?9 ?$ ?9 ?1 ?$? ? ? ? ? ?! ?Z ?# ?$ ?%  ?9 ?&1@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?i ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?9 ?K7 @  ?'  ?  ?$ ?) ? ?+ ?E ?$ ?$ ?$ ?$ ? ?; ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?L~  ?xr@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?" ?# ?$ ?%  ?9 ?sh|?@  ?'  ?  ?$ ?) ? ?; ?E ?$ ?$ ?$ ?$ ? ?. ? ?  ?1 ?$? ?  ?  ? ? ?! ?  ?# ?$ ?%  ?&~  ?u@  ?'  ?   ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ?  ?1 ?? ? ?  ? ? ?! ?? ?# ?$ ?n  ?L~  ?X@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?B ? ?; ?1 ?? ? ?  ? ? ?! ?a ?# ?$ ?%  ?&~  ?u@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?a ? ? ?1 ?? ? ? ?t ? ?! ?  ?# ?$ ?8  ?L ?V-@  ?'  ?  ?$ ?) ? ?+ ?  ?$ ?$ ?$ ?$ ?j ? ?  ?  ?1 ?? ? ?  ?9 ? ?! ? ?# ?$ ?%  ?L ?Fx@  ?  ?!  ?$ ?) ?" ?+ ?G ?$ ?$ ?$ ?$ ?# ? ?$ ? ?1 ?? ?% ?& ? ? ?! ?a ?# ?$ ?%  ?&~  ?u@  ?'  ?'  ?$ ?) ?( ?; ? ?$ ?$ ?$ ?$ ?) ?a ?* ?+ ?1 ?? ?, ?- ?# ? ?! ?z ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ? ?. ?+ ?V ?W ?$ ?$ ?$ ?/ ?z ?$ ?z ?1 ?$? ?0 ?- ?_ ? ?! ? ?# ?$ ?8  ?L ?/$?  ?'  ?1  ?$ ?) ?2 ?+ ? ?$ ?$ ?$ ?$ ?3 ?; ? ? ?1 ?? ?4 ?- ?5 ? ?$ ?6 ?# ?$ ?%  ?9~  ?@W@  ?'  ?7  ?$ ?) ?8 ?; ?9 ?$ ?$ ?$ ?$ ?: ?" ?; ?< ?1 ?? ?= ?> ? ? ?! ?K ?# ?$ ?  ?L ?S@  ?'  ??  ?$ ?) ?@ ?+ ? ?$ ?$ ?$ ?$ ? ?Q ?K ? ?1 ??D5l,@,@,@,@,@,@,@,@,@ ,@ ,@ ,@ ,@ ,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@,@ ?A ?> ? ? ?! ? ?# ?$ ?%  ?L ?K7A@  ?  ?B  ?$ ?) ?C ?; ?* ?$ ?$ ?$ ?$ ?D ? ?E ?F ?1 ?? ?G ?> ? ? ?! ? ?# ?$ ?8  ?& ?x&@  ?'  ?H  ?$ ?) ?I ?+ ? ?$ ?$ ?$ ?$ ?J ?# ? ? ?2 ? ?K ?L ?M ? ? ?! ? ?# ?$ ?n  ?& ?%C?  ?'  ?N  ?$ ?) ?O ?; ? ?$ ?$ ?$ ?$ ?P ? ?% ? ?1 ?? ?Q ?M ? ? ?! ? ?# ?$ ?%  ?L ?K7A@  ?  ?R  ?$ ?) ?S ?+ ?* ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ?T ?M ?* ? ?! ? ?# ?$ ?8  ?L ?㥛 @  ?'  ?U  ?$ ?) ?V ?+ ?- ?$ ?$ ?$ ?$ ?W ? ?Z ? ?1 ?? ?X ?Y ?_ ? ?! ?a ?# ?$ ?8  ?L ?/$?  ?'  ?Z  ?$ ?) ?[ ?+ ? ?$ ?$ ?$ ?$ ?\ ?a ?] ?^ ?1 ?? ?_ ?Y ? ? ?! ?z ?# ?$ ?8  ?L~  ?xr@  ?'  ?`  ?$ ?) ?a ?+ ? ?$ ?$ ?$ ?$ ?N ?~ ?z ?O ?1 ?? ?b ?c ?> ? ?! ?M ?# ?$ ?n  ?9 ?/$?  ?'  ?d  ?$ ?) ?e ?+ ?G ?$ ?$ ?$ ?$ ?f ?M ?M ?g ?1 ?? ?h ?i ? ? ?! ? ?# ?$ ?%  ?9 ?sh|?@  ?'  ?j  ?$ ?) ?k ?; ?E ?$ ?$ ?$ ?$ ?l ? ? ?m ?1 ?$? ?n ?o ?' ? ?! ? ?7 ?$ ?%  ?&~  ? @  ?'  ?p  ?$ ?) ?q ?; ?3 ?$ ?$ ?$ ?$ ?r ? ?s ?t ?1 ?$ ? ?u ?v ?w ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?x  ?$ ? ?y ?+ ? ?z ?$ ?$ ?$ ?{ ?_ ?| ? ?1 ?$ ? ?} ?~ ? ? ?! ?" ?# ?$ ?8  ?L  ?V-?  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?. ? ? ?1 ?$ ? ? ? ?+ ? ?! ?l ?# ?$ ?n  ?L  ?Zd;?  ?'  ?  ?$ ?) ? ?+ ?. ?$ ?$ ?$ ?$ ? ?q ?l ?l ?1 ? ? ? ? ? ? ?$ ? ? ?$ ?$  ?$~  ?  ?'  ?$  ?$ ?) ? ?+ ?$ ? ?$ ?$ ?$ ? ? ?$ ? ?1 ?$ ? ? ? ? ? ?! ? ?# ?$ ?8  ?L ?oʡ@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ?* ? ?! ?c ?# ?$ ?8  ?L ?㥛 @  ?'  ?  ?$ ?) ? ?+ ?- ?$ ?$ ?$ ?$ ? ?| ? ?c ?1 ?? ? ? ? ? ?! ? ?# ?$ ?  ? ?MbD@  ?  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?" ?# ?$ ?%  ?9 ?sh|?@  ?'  ?  ?$ ?) ? ?; ?E ?$ ?$ ?$ ?$ ? ?. ? ? ?1 ?$? ? ? ?u ? ?! ? ?# ?$ ?8  ?9 ?Zd;O@  ?'  ?  ?$ ?) ? ?+ ?x ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ?i ?# ?$ ?%  ?L ?ʡE @  ?'  ?  ?$ ?) ? ?; ?} ?$ ?$ ?$ ?$ ? ?d ? ? ?1 ?? ? ? ?g ? ?! ? ?# ?$ ?8  ?L ?Gz@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ? ?$ ?$  ?$~  ?  ?'  ?  ?$ ? ? ?+ ?$ ?/ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?# ?$ ?  ?& ?uV+@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?L ?S @  ?  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ?W ?1 ?? ? ? ?q ? ?! ?d ?7 ?$ ?  ?L ?lq@  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ?h ?d ?d ?1 ?? ? ? ? ? ?! ?a ?# ?$ ?  ?& ?1Z@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?a ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?  ?&~  ?@  ?  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?$? ? ? ? ? ?! ? ?7 ?$ ?n  ?& ?㥛 ?  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?%  ?& ?Pn@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ? ?% ? ?1 ?? ? ? ? ? ?! ? ?# ?$ ?8  ?9 ?V-@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?; ?% ? ?1 ?? ? ? ? ? ?! ?" ?# ?$ ?$  ?$ ?A`"@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?. ? ? ?1 ?$? ? ? ? ? ?! ?" ?# ?$ ?$  ?$ ?A`"@  ?'  ?  ?$ ?) ? ?; ? ?$ ?$ ?$ ?$ ? ?" ?$ ? ? ?$ ?$D05l ,@!,@",@#,@$,@%,@&,@',@(,@),@*,@+,@,,@-,@.,@/,@0,@1,@2,@3,@4,@5,@6,@7,@8,@9,@:,@;,@<,@=,@>,@?,@ ? ? ? ? ?! ? ?# ?$ ?%  ?&  ?x&1 @  ?'  ?  ?$ ?) ? ?+ ? ?$ ?$ ?$ ?$ ? ? ? ? ?1 ? ? !? !? !?g !? !?! !?  !?# !?$ !?8 ! ?L! ?Gz@ ! ?' ! ? ! ?$ !?) !? !?+ !? !?$ !?$ !?$ !?$ !?j !? !?  !?  !?1 !?!? "? "? "?r "? "?! "? "?7 "?$ "? " ?&~ " ?@ " ?' " ? " ?$ "?) "? "?+ "?u "?$ "?$ "?$ "?$ "? "? "? "? "?1 "?"? #?  #?  #? #? #?! #? #?# #?$ #?8 # ?L# ? rh @ # ?' # ?  # ?$ #?) #?  #?+ #?7 #?$ #?$ #?$ #?$ #?  #?; #? #? #?1 #?#? $? $? $? $? $?! $? $?# $?$ $?8 $ ?&$ ?(\@ $ ?' $ ? $ ?$ $?) $? $?+ $? $?$ $?$ $?$ $?$ $? $? $? $? $?1 $?$? %? %? %? %? %?! %? %?# %?$ %? % ?&% ?ˡE=/@ % ?' % ? % ?$ %?) %? %?; %? %?$ %?$ %?$ %?$ %? %? %? %? %?1 %?%? &? &? &?{ &? &?! &? &?# &?$ &?% & ?&~ & ?@ & ?' & ? & ?$ &?) &? &?+ &?~ &?$ &?$ &?$ &?$ &? &? &? &?m &?1 &?&? '? '?  '? '? '?! '?Z '?# '?$ '?8 ' ?&' ?jt@ ' ?' ' ?! ' ?$ '?) '?" '?+ '? '?$ '?$ '?$ '?$ '?# '?i '? '?Z '?1 '?$'? (?% (?  (?& (? (?$ (?6 (?7 (?$ (?8 ( ?&( ?#~j@ ( ?' ( ?' ( ?$ (?) (?( (?+ (?) (?$ (?$ (?$ (?$ (?* (?6 (?6 (?6 (?1 (?(? )?+ )?, )? )? )?! )?z )?# )?$ )?8 ) ?L~ ) ?xr@ ) ?' ) ?- ) ?$ )?) )?. )?+ )? )?$ )?$ )?$ )?$ )?N )?z )?z )?O )?1 )?/)? *?0 *?1 *?2 *? *?! *? *?# *?$ *?% * ?9* ?jt@ * ?' * ?3 * ?$ *?) *?4 *?; *?5 *?$ *?$ *?$ *?$ *?6 *? *?% *? *?1 *?$*? +?7 +?8 +? +? +?$ +?3 +?# +?$ +?8 + ?L+ ? rh @ + ?' + ?9 + ?$ +?) +?: +?+ +?7 +?$ +?$ +?$ +?$ +?; +?3 +?8 +?3 +?1 +?+? ,?< ,?= ,?\ ,? ,?! ,?0 ,?# ,?$ ,? , ?&, ?Kw%@ , ?' , ?> , ?$ ,?) ,?? ,?+ ,?T ,?$ ,?$ ,?$ ,?$ ,?@ ,?0 ,?A ,?0 ,?1 ,?,? -?B -?C -?9 -? -?! -? -?# -?$ -?% - ?L- ?Fx@ - ? - ?D - ?$ -?) -?E -?+ -?G -?$ -?$ -?$ -?$ -?F -? -? -? -?1 -?-? .?G .?H .?I .? .?! .? .?7 .?$ .?% . ?&~ . ?܀@ . ?' . ?J . ?$ .?) .?K .?; .?L .?$ .?$ .?$ .?$ .?M .? .?N .? .?1 .?$.? /?O /?H /? /? /?! /? /?# /?$ /?% / ?L/ ?K7A@ / ? / ?P / ?$ /?) /?Q /?; /?* /?$ /?$ /?$ /?$ /?R /? /?S /?T /?1 /?/? 0?U 0?V 0?{ 0? 0?! 0? 0?# 0?$ 0?% 0 ?&~ 0 ?@ 0 ?' 0 ?W 0 ?$ 0?) 0?X 0?+ 0?~ 0?$ 0?$ 0?$ 0?$ 0?Y 0? 0? 0?o 0?1 0?0? 1?Z 1?[ 1? 1? 1?! 1?  1?7 1?$ 1? 1 ?&1 ?jt/@ 1 ?' 1 ?\ 1 ?$ 1?) 1?] 1?; 1? 1?$ 1?$ 1?$ 1?$ 1?^ 1? 1?_ 1?` 1?1 1?$1? 2?a 2?[ 2?b 2? 2?! 2? 2? 2?$ 2?$ 2 ?$~ 2 ? 2 ?' 2 ?$ 2 ?$ 2? 2?c 2?+ 2? 2?d 2?$ 2?$ 2?$ 2?e 2? 2?$ 2? 2?1 2?$2? 3?f 3?[ 3?g 3? 3?! 3?a 3?7 3?$ 3? 3 ?&3 ?~jT0@ 3 ?' 3 ?h 3 ?$ 3?) 3?i 3?; 3?j 3?$ 3?$ 3?$ 3?$ 3?k 3?l 3? 3?m 3?1 3?3? 4?n 4?[ 4?o 4? 4?! 4? 4?# 4?$ 4?n 4 ?L4 ?Cl? 4 ?' 4 ?p 4 ?$ 4?) 4?q 4?+ 4? 4?$ 4?$ 4?$ 4?$ 4?r 4? 4? 4? 4?1 4?4? 5?s 5?t 5? 5? 5?$ 5?[ 5?7 5?$ 5?8 5 ?95 ?y&1@ 5 ?' 5 ?u 5 ?$ 5?) 5?v 5?+ 5? 5?$ 5?$ 5?$ 5?$ 5?w 5?` 5?x 5?[ 5?1 5?5? 6?y 6?z 6?t 6? 6?! 6?; 6?# 6?$ 6?% 6 ?&~ 6 ?z@ 6 ?' 6 ?{ 6 ?$ 6?) 6?| 6?+ 6?x 6?$ 6?$ 6?$ 6?$ 6?} 6?; 6?s 6?~ 6?1 6?6? 7? 7?z 7? 7? 7?! 7?m 7?# 7?$ 7?8 7 ?L~ 7 ?xr@ 7 ?' 7 ? 7 ?$ 7?) 7? 7?+ 7? 7?$ 7?$ 7?$ 7?$ 7? 7? 7?m 7?1 7?1 7?7? 8? 8? 8? 8? 8?$ 8? 8?# 8?$ 8? 8 ?&8 ?|?5@ 8 ?' 8 ? 8 ?$ 8?) 8? 8?+ 8? 8?$ 8?$ 8?$ 8?$ 8? 8? 8? 8? 8?2 8? 8? 9? 9? 9? 9? 9?! 9? 9?# 9?$ 9?8 9 ?L9 ?oʡ@ 9 ?' 9 ? 9 ?$ 9?) 9? 9?+ 9? 9?$ 9?$ 9?$ 9?$ 9? 9? 9? 9? 9?1 9?9? :? :? :? :? :?! :? :?# :?$ :?n : ?L: ?V-? : ?' : ? : ?$ :?) :? :?; :? :?$ :?$ :?$ :?$ :? :? :? :? :?1 :?$:? ;? ;? ;? ;? ;?! ;?z ;?# ;?$ ;?8 ; ?L~ ; ?xr@ ; ?' ; ? ; ?$ ;?) ;? ;?+ ;? ;?$ ;?$ ;?$ ;?$ ;?N ;?~ ;?z ;?O ;?1 ;?;? <? <? <?t <? <?! <? <?# <?$ <?% < ?&~ < ?z@ < ?' < ? < ?$ <?) <? <?; <?x <?$ <?$ <?$ <?$ <? <? <? <?: <?2 <? <? =? =? =? =? =?! =? =?# =?$ =? = ?&= ?Mb@ = ?' = ? = ?$ =?) =? =?; =? =?$ =?$ =?$ =?$ =? =? =? =? =?1 =?=? >? >? >? >? >?$ >?. >?# >?$ >?% > ?9> ?lq@ > ?' > ? > ?$ >?) >? >?+ >? >?$ >?$ >?$ >?$ >? >?, >? >?. >?1 >?>? ?? ?? ??{ ?? ??! ?? ??# ??$ ??% ? ?&~ ? ?@ ? ?' ? ? ? ?$ ??) ?? ??+ ??~ ??$ ??$ ??$ ??$ ?? ??% ?? ?? ??1 ????D5l@,@A,@B,@C,@D,@E,@F,@G,@H,@I,@J,@K,@L,@M,@N,@O,@P,@Q,@R,@S,@T,@U,@V,@W,@ @? @? @?{ @? @?! @? @?# @?$ @?% @ ?&~ @ ?@ @ ?' @ ? @ ?$ @?) @? @?+ @?~ @?$ @?$ @?$ @?$ @? @?; @? @? @?1 @?@? A? A? A? A? A?! A? A? A?$ A?$ A ?$~ A ? A ?' A ?$ A ?$ A?) A? A?; A?w A?x A?$ A?$ A?$ A? A? A?$ A? A?1 A?$A? B? B? B? B? B?! B? B?# B?$ B?% B ?&~ B ?u@ B ?' B ? B ?$ B?) B? B?+ B? B?$ B?$ B?$ B?$ B? B? B?8 B? B?1 B?B? C? C? C?* C? C?! C? C?# C?$ C?8 C ?LC ?㥛 @ C ?' C ? C ?$ C?) C? C?+ C?- C?$ C?$ C?$ C?$ C?  C?; C? C? C?1 C?C? D? D? D? D? D?! D? D?# D?$ D?% D ?LD ?S @ D ? D ? D ?$ D?) D? D?+ D? D?$ D?$ D?$ D?$ D? D? D? D? D?1 D?D? E? E? E? E? E?! E?6 E?7 E?$ E?% E ?&E ?A`"@ E ?' E ? E ?$ E?) E? E?+ E? E?$ E?$ E?$ E?$ E? E?6 E? E?6 E?1 E?E? F? F? F? F? F?! F? F?u F?$ F?$ F ?$~ F ? F ?' F ? F ?$ F?) F? F?+ F? F?$ F?$ F?$ F?$ F? F? F? F? F?1 F?F? G? G? G? G? G?$ G? G?# G?$ G? G ?9G ?&1#@ G ? G ? G ?$ G?) G? G?+ G? G?$ G?$ G?$ G?$ G? G? G? G? G?1 G?G? H? H? H?{ H? H?! H?" H?# H?$ H?% H ?&~ H ?@ H ?' H ? H ?$ H?) H? H?; H?~ H?$ H?$ H?$ H?$ H? H?. H? H? H?1 H?$H? I? I? I? I? I?! I?B I? I?$ I?$ I ?$~ I ? I ?' I ? I ?$ I? I? I?+ I? I? I?$ I?$ I?$ I? I?  I?B I? I?1 I?$I? J? J? J? J? J?$ J?- J?7 J?$ J?% J ?&J ?K7@ J ?' J ? J ?$ J?) J? J?+ J? J?$ J?$ J?$ J?$ J? J?C J? J? J?1 J?J? K? K? K? K? K?! K?G K?# K?$ K?% K ?LK ?㥛 @ K ?' K ? K ?$ K?) K? K?+ K? K?$ K?$ K?$ K?$ K? K? K? K?G K?1 K?K? L? L? L? L? L?! L?a L?# L?$ L? L ?&L ?ˡE=/@ L ?' L ? L ?$ L?) L? L?; L? L?$ L?$ L?$ L?$ L? L?a L? L? L?1 L?$L? M? M? M? M? M?! M?z M?# M?$ M?8 M ?L~ M ?xr@ M ?' M ? M ?$ M?) M? M?+ M? M?$ M?$ M?$ M?$ M?N M?~ M?z M?O M?1 M? M? N?  N?  N? N? N?! N? N?# N?$ N? N ?LN ?Zd;_@ N ? N ?  N ?$ N?) N?  N?+ N? N?$ N?$ N?$ N?$ N? N?d N? N?d N?1 N?N? O? O? O?* O? O?! O?d O?# O?$ O?8 O ?LO ?㥛 @ O ?' O ? O ?$ O?) O? O?+ O?- O?$ O?$ O?$ O?$ O? O?i O?$ O?d O? O? O?$ P? P? P? P? P?! P? P?7 P?$ P?n P ?&P ?v/? P ?' P ? P ?$ P?) P? P?+ P? P?$ P?$ P?$ P?$ P? P?; P? P? P?1 P?$P? Q? Q? Q? Q? Q?! Q?d Q?# Q?$ Q? Q ?LQ ?ET@ Q ? Q ? Q ?$ Q?) Q? Q?+ Q? Q?$ Q?$ Q?$ Q?$ Q? Q?d Q?d Q?d Q?1 Q?Q? R? R? R? R? R?! R?" R?# R?$ R?% R ?&R ?|?5^@ R ?' R ?  R ?$ R?) R?! R?; R? R?$ R?$ R?$ R?$ R?" R?. R?# R?$ R?1 R?$R? S?% S?& S? S? S?! S? S?# S?$ S?% S ?9S ?sh|?@ S ?' S ?' S ?$ S?) S?( S?; S?E S?$ S?$ S?$ S?$ S?) S? S?* S?+ S?1 S?$S? T?, T?- T? T? T?! T?R T?. T?$ T? T ?LT ?(\@ T ? T ?/ T ?$ T?) T?0 T?+ T?$ T?$ T?$ T?$ T?$ T?1 T?R T?2 T?R T? T?$T? U?3 U?4 U?5 U? U?$ U?- U?# U?$ U?$ U ?$U ?lq@ U ?' U ?6 U ?$ U?) U?7 U?+ U?$ U?$ U?$ U?$ U?$ U?8 U?c U? U?9 U? U?$U? V?: V?; V? V? V?! V?u V?# V?$ V?$ V ?&V ?X9v@ V ?' V ?< V ?$ V?) V?= V?+ V?$ V?$ V?$ V?$ V?$ V?> V?u V?$ V?u V? V?? V?$ W?@ W?A W?B W? W?$ W?[ W?# W?$ W?$ W ?$W ?M @ W ?' W ?C W ?$ W?) W?D W?+ W?E W?$ W?$ W?$ W?$ W?F W?` W?$ W?[ W? W?$W?4'>'@MM7ggD Oh+'0\(0 HTAdministrator@L ՜.+,0HP X`hp x     !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+-./012356789:;Root Entry F?wMWorkbookW SummaryInformation(,DocumentSummaryInformation84