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A Novel BODIPY-Based Low-Band-Gap Small-Molecule Acceptor for Efficient Non-fullerene Polymer Solar Cells
Chinese Journal of Chemistry
◽
10.1002/cjoc.201700542
◽
2017
◽
Vol 35
(12)
◽
pp. 1813-1823
◽
Cited By ~ 15
Author(s):
Wenxu Liu
◽
Jiannian Yao
◽
Chuanlang Zhan
Keyword(s):
Solar Cells
◽
Band Gap
◽
Small Molecule
◽
Polymer Solar Cells
◽
Low Band Gap
Download Full-text
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Solution processed bulk heterojunction polymer solar cells with low band gap DPP-CN small molecule sensitizer
Organic Electronics
◽
10.1016/j.orgel.2012.05.015
◽
2012
◽
Vol 13
(9)
◽
pp. 1756-1762
◽
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Author(s):
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◽
Surya P. Singh
◽
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◽
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◽
Band Gap
◽
Small Molecule
◽
Bulk Heterojunction
◽
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◽
Solution Processed
◽
Low Band Gap
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High photovoltage achieved in low band gap polymer solar cells by adjusting energy levels of a polymer with the LUMOs of fullerene derivatives
Journal of Materials Chemistry
◽
10.1039/b811957k
◽
2008
◽
Vol 18
(45)
◽
pp. 5468
◽
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◽
Band Gap
◽
Polymer Solar Cells
◽
Energy Levels
◽
Low Band Gap
◽
Fullerene Derivatives
◽
Low Band Gap Polymer
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Nanoimprint lithography for the fabrication of efficient low band gap polymer solar cells
Highlights
◽
10.4053/hi952-141113
◽
2015
◽
Keyword(s):
Solar Cells
◽
Band Gap
◽
Nanoimprint Lithography
◽
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◽
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Nonhalogenated-Solvent-Processed Efficient Polymer Solar Cells Enabled by Medium-Band-Gap A−π–D−π–A Small-Molecule Acceptors Based on a 6,12-Dihydro-diindolo[1,2-b:10,20-e]pyrazine Unit
ACS Applied Materials & Interfaces
◽
10.1021/acsami.9b17185
◽
2019
◽
Vol 11
(51)
◽
pp. 48134-48146
◽
Cited By ~ 2
Author(s):
Li Chen
◽
Min Zeng
◽
Chao Weng
◽
Songting Tan
◽
Ping Shen
Keyword(s):
Solar Cells
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Band Gap
◽
Small Molecule
◽
Polymer Solar Cells
◽
Medium Band
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A low band gap n-type polymer based on dithienosilole and naphthalene diimide for all-polymer solar cells application
Polymer
◽
10.1016/j.polymer.2015.03.010
◽
2015
◽
Vol 63
◽
pp. 164-169
◽
Cited By ~ 15
Author(s):
Yanfang Geng
◽
Jianming Huang
◽
Keisuke Tajima
◽
Qingdao Zeng
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Erjun Zhou
Keyword(s):
Solar Cells
◽
Band Gap
◽
Polymer Solar Cells
◽
Low Band Gap
◽
Naphthalene Diimide
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Increased efficiency of low band gap polymer solar cells at elevated temperature and its origins
Applied Physics Letters
◽
10.1063/1.3643450
◽
2011
◽
Vol 99
(13)
◽
pp. 133302
◽
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Author(s):
Bin Yang
◽
James Cox
◽
Yongbo Yuan
◽
Fawen Guo
◽
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Keyword(s):
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◽
Elevated Temperature
◽
Band Gap
◽
Polymer Solar Cells
◽
Low Band Gap
◽
Low Band Gap Polymer
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Fluoro-substituted low band gap polymers based on isoindigo for air-stable polymer solar cells with high open circuit voltages
Organic Electronics
◽
10.1016/j.orgel.2016.09.026
◽
2016
◽
Vol 39
◽
pp. 85-90
◽
Cited By ~ 7
Author(s):
Woosung Lee
◽
Hee Dong Lee
◽
Jong Hyuk Bae
◽
Jae Woong Jung
Keyword(s):
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◽
Band Gap
◽
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◽
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◽
Low Band Gap
◽
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◽
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Synthesis and characterization of two new benzothiadiazole- and fused bithiophene based low band-gap D–A copolymers: Application as donor bulk heterojunction polymer solar cells
Polymer
◽
10.1016/j.polymer.2015.03.058
◽
2015
◽
Vol 65
◽
pp. 193-201
◽
Cited By ~ 10
Author(s):
M.L. Keshtov
◽
G.D. Sharma
◽
S.A. Kuklin
◽
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◽
D.Yu. Godovsky
◽
...
Keyword(s):
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◽
Band Gap
◽
Bulk Heterojunction
◽
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◽
Synthesis And Characterization
◽
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Aqueous Processing of Low-Band-Gap Polymer Solar Cells Using Roll-to-Roll Methods
ACS Nano
◽
10.1021/nn200933r
◽
2011
◽
Vol 5
(5)
◽
pp. 4188-4196
◽
Cited By ~ 193
Author(s):
Thomas R. Andersen
◽
Thue T. Larsen-Olsen
◽
Birgitta Andreasen
◽
Arvid P. L. Böttiger
◽
Jon E. Carlé
◽
...
Keyword(s):
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◽
Band Gap
◽
Polymer Solar Cells
◽
Aqueous Processing
◽
Low Band Gap
◽
Roll To Roll
◽
Low Band Gap Polymer
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PERYLENE DIIMIDE BASED LOW-BAND GAP CONJUGATED POLYMERS FOR POLYMER SOLAR CELLS
Energy and Mechanical Engineering
◽
10.1142/9789814749503_0112
◽
2016
◽
Author(s):
Jing-Zhen Zhang
◽
Qing Xu
◽
Chun-Ming Jiao
◽
Bing-Jun Li
Keyword(s):
Solar Cells
◽
Conjugated Polymers
◽
Band Gap
◽
Polymer Solar Cells
◽
Perylene Diimide
◽
Low Band Gap
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