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Pinning energies of organic semiconductors in high-efficiency organic solar cells

Xian’e Li Qilun Zhang Xianjie Liu Mats Fahlman

半导体学报:英文版2023，Vol.44Issue(3)：P.52-61,10.

半导体学报:英文版2023，Vol.44Issue(3)：P.52-61,10.DOI:10.1088/1674-4926/44/3/032201

Pinning energies of organic semiconductors in high-efficiency organic solar cells

Xian’e Li ¹Qilun Zhang ²Xianjie Liu ¹Mats Fahlman²

作者信息

1. Laboratory of Organic Electronics,Department of Science and Technology(ITN),Linköping University,SE-60174,Norrköping,Sweden
2. Laboratory of Organic Electronics,Department of Science and Technology(ITN),Linköping University,SE-60174,Norrköping,Sweden Wallenberg Wood Science Center,Department of Science and Technology(ITN),Linköping University,SE-60174,Norrköping,Sweden
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摘要

关键词

organic semiconductors/organic solar cells/pinning energies/integer charge transfer/interface dipoles

分类

信息技术与安全科学

引用本文复制引用

Xian’e Li,Qilun Zhang,Xianjie Liu,Mats Fahlman..Pinning energies of organic semiconductors in high-efficiency organic solar cells[J].半导体学报:英文版,2023,44(3):P.52-61,10.

基金项目

the financial support from the Swedish Research Council(project grants no.2016-05498,2016-05990,and 2020-04538) （project grants no.2016-05498,2016-05990,and 2020-04538）

the Swedish Energy Agency(grant.no.45411-1) （grant.no.45411-1）

by the Swedish Government Strategic Research Area in Materials Science on Functional Materials at Linköping University(Faculty Grant SFO Mat LiU no.200900971) （Faculty Grant SFO Mat LiU no.200900971）

support from the Wallenberg Wood Science Center(WWSC). （WWSC）

半导体学报:英文版

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ISSN：1674-4926

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