鎶ュ憡棰樼洰錛歄LED鏉愭枡鍙戝睍鐨勬満閬囦笌鎸戞垬
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銆€銆€鎶ュ憡鍦扮偣錛氳禌鍗氬崡妤?03-1浼氳瀹?br />銆€銆€鎶ュ憡浜猴細闄堥噾閼?鏁欐巿
銆€銆€鎶ュ憡鍐呭綆€浠嬶細 Much progress has been made since the discovery of the RGB fluorescence host/guest emitter nearly 40 years ago at Kodak. Emissive materials technology has advanced tremendously with the subsequent discovery of phosphorescence, thermally activated delayed fluorescence (TADF) and hyperfluorescence. Innovative design and synthesis of injection, transport and host materials also aid to enhance the power efficiency dramatically. OLED with its unsurpassed display quality is now poised to become one of the mainstream displays in the consumer electronics marketplace. This talk will highlight the major progress that has been made in the development of OLED and focus on the opportunities and challenges still ahead.
銆€銆€鎶ュ憡浜虹畝浠嬶細 闄堥噾閼暀鎺?Fred Chen)浜?973-1998鏌揪 (Kodak Display Technology Lab) 鐮旂┒宸ヤ綔鏈熼棿, 鍦∣LED鏉愭枡寮€鍙戜笂浣滃嚭浜嗗紑鍒涙€х殑璐＄尞錛屾垚鍔熺爺鍙戜簡鐢ㄤ簬OLED鏄劇ず鐨勮澶氭柊鍨嬫湁鏈轟紶杈? 鍙戝厜鏉愭枡 (濡侼PB, DCJTB, TBRu, C545T, MADN, TBPe絳?錛屽茍涓庨倱闈掍簯 (Ching Tang) 鏁欐巿鍏卞悓鍙戞槑浜嗘湁鏈烘幒鏉傚彂鍏変綋 (Doped OLED Emitter) 鐨勬妧鏈紝濂犲畾浜嗙幇浠婂叏褰㏑GB OLED騫蟲澘鏄劇ず鐨勫熀紜€, 鑽ｈ幏35欏圭編鍥戒笓鍒┿€傝嚜1999鏌揪閫€浼戜互鏉? 浠栨浘鍏堝悗浠昏仒涓哄彴婀句氦閫氬ぇ瀛?(NCTU) 鏄劇ず鐮旂┒鎵€璁插駭鏁欐巿 (鍩硅偛OLED鐮旂┒紜曞＋鍙婂崥澹敓榪?5浜?, 棣欐腐嫻鎬細澶у (HKBU) 鍏堣繘鍙戝厜鏉愭枡涓績CALM鐨勪富浠? 涓婃搗浜ら€氬ぇ瀛︽樉紺轟腑蹇冨啝鍚嶈甯暀鎺堬紝棣栧眾涓浗OLED 浜т笟鑱旂洘COIA鍓涔﹂暱. 騫夸笢闃挎牸钑鵑泤鍏夌數鏉愭枡鏈夐檺鍏徃棣栧腑縐戝瀹? 涓北澶у-鍗″凹鍩虹編闅嗚仈鍚堢爺絀舵墍鍏間換鏁欐巿騫跺弬涓庡叾鏌旀€х數瀛愭樉紺烘妧鏈?(Flexible Electronics) 鐨勭爺鍙? 鐩墠涓轟竾緲旀潗鏂欑鎶€ (Shine Materials Technology Co.) 鐨勮祫娣遍【闂? 闄堥噾閼暀鎺堢殑瀛︽湳鎴愭灉錛岄櫎浜嗚澶氭湡鍒婅鏂囷紝榪樺寘鎷笁鏈腑鏂囩晠閿€涔︼紝鍚嶄負銆奜LED鏈夋満鐢佃嚧鍙戝厜鏉愭枡涓庡櫒浠躲€嬪強銆娾€滄ⅵ騫繪樉紺哄櫒鈥濃€?OLED鏉愭枡涓庡厓浠躲€嬨€併€婄櫧鍏塐LED鐓ф槑銆嬫弧瓚充簡涓ゅ哺涓夊湴瀹樹駭瀛︾爺璁稿鎴愰暱涓殑鍚屽ソ, 鍚屽鍜岃鑰呬滑銆?闄や簡鏁欒偛鑱岃矗錛岄檲閲戦懌 鏁欐巿涓€鐩磋嚧鍔涗簬鍙版咕銆侀娓箖鑷蟲暣涓ぇ涓浗鐨勪竴浜涗紒涓氬強鏀垮簻鏈烘瀯鏉ュ悎浣滄帹鍔∣LED鎶€鏈拰浜т笟鐨勫彂灞曘€?鐢變簬浠栧湪OLED鍏抽敭鏉愭枡棰嗗煙涓婄殑鏉板嚭鐮旂┒錛屽強瀵逛簬OLED鎶€鏈殑鎺ㄥ箍錛岃繕鏈夊叾鍦ㄤ袱宀鎬笁鍦版暀鑲蹭笂鐨勫法澶ц礎鐚紝浠栧湪2006騫磋鑽ｈ獕鎺堜負緹庡浗璧勮鏄劇ず瀛︿細 SID Fellow銆?/p>
鍏夌數瀛﹂櫌
2018騫?鏈?7鏃?/p>
