ࡱ> Root EntryЀ.˅&FileHeader:DocInfoYFBodyText &˅'˅# !"$%&'()*Root Entry@΅ &FileHeader:DocInfoYFBodyText @U΅΅ ,+ -./0123 !"#$%&'()*+,-./0123456789>;<=?@ABCDEFGHIJKLMNOPRSTUVWXZ[\]^_`abcdefhilmnopqrsuvwxyz{|}~HwpSummaryInformation.QPrvImage 4 PrvTextDocOptions @΅@΅Section0tScripts @΅@΅JScriptVersion j DefaultJScriptg_LinkDock 8] <\><What does the future hold in the display industry?: Novel Core Chromophores> <\Դ><The range of applications of organic functional compounds has rapidly expanded, with especially innovative uses discovered in the field of optoelectronics. Researchers have begun to report how the properties of organic functional compounds can be modified by varying their core and side groups. A key research area is thus the development of new core and side groups and the study of how they combine in organic functional compounds. Since the key factor that determines the final physical properties of materials is based on the core component and diverse organic compounds can be proposed based on the core, it is relatively more important in terms of novelty and performance to develop new core groups rather than developing new side groups. In the recent, we reported new dual-core chromophore materials containing anthracene and pyrene that exhibit high photoluminescence (PL) efficiencies. 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A dual core derivative exhi>l]KPQMYZ@!a3T|Wס/}DlW:hiWz8A聬{ 76( Y`ЁɃTu j`lQQ"'F.# y$BkBs!&0\-8 qm2 I(#w'~hb@6 hQ CE,kF![B"<6 `enљ/TeDü\\̈-dkS/sNrIU07 e[=v qDx\'xL<DъZ@y$˚96dw!tuіܒgo,g@|H8F: Yl衁Q?wt0TYrVH77/ʤeL(l%fMTNm(&LM 1kI&p/2V+9C2RdRтzQRu՞,qzr'U)Sݺנ^vHlfz=a~bLdTl-I=;@ ,nwKD-f9۞Ά!+X;WU'sboߪ v[:]5E;QKWЎ] y[ޠzW:eoQk*UwC1TR+G`XVjIRr:M7ՂC8LW#C;1U,0!g=,y\xw_ƬBl֦A6{>Q]5b^n5ߵ+[[(X.kaŚuz#Z6cB]"w>qZ Yvf(?g|ed>Y<=G)t@OSKdCKy#U#1,g9xdK ԚbZsZn}emc/ըsuEZ0ztGbR;h\ (Q} ٶtDMk~ɍn3{'~]m߄>K1O;'N[ϸ7{ GN(OW0;`a``a`0x  T ` lxajou2010D 2 10| ”| $ 2:36:28USER8, 0, 0, 466 WIN32LEWindows_7@m @'˅@GIF89aɻxxxkkk]]]PPPCCC555((( d`LH00`Hذ̘`H0|pdXL@`0H `H0`dHL`H0xp`XH@0d LȰ``HH00dLؘȀ`H0xp`XH@d0L `H0d`LH`H0|pdXL@0`$H`dHL00`HذȘdL0xp`XH@0` HdH0ȳ``HHdL0xp`XH@`0H Ը̰ĠऀؘpȈXxHp@h@d8`8X0xT0pH dxddxd`d`p`|``x`p``x`!, H*\ȰÇ#JHŋ3jȱǏ CIɓ(S\ɲ˗0cʜI͛8sɳϟ@ JѣH*]ʴӧPJJիXjʵׯ`ÊKYv`ZgoU\mҤ__xK_+^xǐ#KLyaf~xw_yCtl~ ״hln9iҀUnh»{΍w;yp.8aЏ{}ksV Eu=I.}K\ݦW6qŠf98oj]ApY~ h69gɘhval"aiY b(Q=bqH@V d`FH6vߒQRїH&ܓE'[DgifBtoWٙ|>b)%\v#%9I*Ztf`iq)B6('d:Vbeت*x>Fm#Yc왤&X%iE~کG'Qv};n'Q q)I[Q~:Flæ 9/٥(\kz*brm++ (_} 0묺θkY[diXqF/2Bi W/h_+N!$f=2d)z+*;;+U>Hk2S3 )iuK34B'jB:'Рox:f;r?sdX wIsiy+ \Kݛ:[x839h۳ /׺JeHWP Document File/`n^g)OKZ/ģ'"ۑ>_:~w^A7us,=vNwTrF!O+?1Rmݨ^` ;1fÇ8 mٕS߄N-|529PB=)ʉLZ 4䩀`@f|u4AWkAM\SElnV1(~칚P 6-5?@ =/D< @p y1 Qfgi7]cy&8G?*a\P61e.E2$ ]P_z p4Mh;'j#˰#Ǯֱ]`=TM~Jm:sr\~>[kvPt7J[kZ;O|7]JW~֮үA};Fmv6c *i Z,+e-!̅# tiIGYzƅ,v8ˮuYrZ1³ɮ8Lصմ~sx @p@$2i7 dFR2cۃ v%|5ͺmVHMA*s,sP$=00Mk}|8YdL՟'/D Q\h" 2ȃ`|o2)`e`frl؊`Ră`|kELMƾz8&yjY r4^5j6^PIqu죌Ъ;[\b/X7ɺJKˍ0.~vHO?]' ܟE"r#NsĚJb3,#c]V.WckY'Su?|)#eported new dual-core chromopu@DO 6C,H,#GB!k0~ 6*7=M*Z:ҙ#?*?ӿT@Y~X+mj3'm[v|:j)%C$Mϼ5#otoluminescence (PL) efficiecd߈A dual core derivative experformance to develop new core groups rather than developing new side groups. 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