Y6-BO / BTP-BO-4F CAS:2389125-23-7 Y7 / BTP-4Cl CAS:2447642-40-0 Y7-BO / BTP-4F CAS:2414918-25-3 南京知研科技有限公司官网:www.zhi-yan.cn 关注有机光电前沿,掌握前沿资讯;关注知研光电材料,最新下单有礼。知研期待为您提供材料文献等服务!
PM6:Y6-based OPV with ZY-4Cl as the additive exhibited good air stability, maintaining 94% of its initial PCE for over 1390 h (25 °C, 40% humidity).PCE of 9.46% has been achieved for P3HT based polymer organic solar cells when ZY-4Cl was used as the non-fullerene acceptor. ...
Y6 / BTP-4F CAS:2304444-49-1 Y6-BO / BTP-BO-4F CAS:2389125-23-7 Y7 / BTP-4Cl CAS:2447642-40-0 Y7-BO / BTP-4F CAS:2414918-25-3 天津大学叶龙团队JMCA:基于P3HT的有机光伏电池效率高达10.71%!- 南京知研科技有限公司http://www.zhi-yan.cn/nd.jsp?id=277&groupId=-1 关注有机光电...
复合膜的制备 称取0.65 g的S b C l3溶于5 m L丙酮中，再分别配制25 m l.收稿日期：2019-12-03 基金项目：国家自然科学基金(21173065; 21603053);河北省自然科学基金（B2014208062)通信作者：郝彦忠（1967—），男，博士、教授，主要从事半导体纳米材料光电化学方面的研究。y Z ha〇@hebU S|.edU xn ...
6. Conclusions X Associated Content Y Supporting Information Y Author Information Y Corresponding Author Y Notes Y Biographies Y Acknowledgments Z References Z master.img-000.jpg master.img-023.jpg [ Last edited by Fateam on 2013-1-29 at 16:06 ]回复...
聚噻吩共軛高分子(P3HT)在二甲苯溶液中相分離行為對其光物理行為(UVandPL)分析 學生:李建毅指導教授：陳建宏教授 前言 由先前實驗室研究得知共軛高分子因具有廣泛且優異的光電性質，因此是未來軟性光電材料科學及軟性顯示器應用所感興趣的材料。這是因為共軛高分子在溶液中具有便利製程及優異光電特性；如光學異方向性...
热处理对P3HT与PCBM共混体系光电性能的影响 维普资讯 http://www.cqvip.com
(NiPc)21, etc, and polymeric systems, such as 2DP-TDB22, phenanthrocarbazole 6 (PC6)23, Mes-TABT24, etc. Interestingly, the common characteristic of all these materials is the claimed PCE, as high as over 21%, but none of them can really substitute the doped Spiro-OMeTAD, even on ...
阴极缓冲层对于不同惰性气氛气压退火处理的P3HT∶PCBM光伏性能的影响
vol t age(‰=- 6 V)wi t h 8%PVAi s l owest and t he devi ce di spl ays t he best performance. The fi el d—eff ect mobi l i t y(/t t )of t he OFETs i n t he sat ur at i on regi me i s cal cul at ed ...