2026-04-20T00:19:42Z
https://pub.unibl.org/oai
oai:pub.unibl.org:37090
2024-06-12T15:37:00Z
Spontaneous hybrid crosslinked network induced by multifunctional copolymer towards mechanically-resilient perovskite solar cells
/unibl/author/T.-H. Han
/unibl/author/Yepin Zhao
/unibl/author/Jungjin Yoon
/unibl/author/Joo Yoon Woo
/unibl/author/Eun-Ha Cho
/unibl/author/Wan Dong Kim
/unibl/author/Changsoo Lee
/unibl/author/Jin-Wook Lee
/unibl/author/Jin-Myung Choi
/unibl/author/Jiye Han
/unibl/author/Jeong-Seok Nam
/unibl/author/Kai Wang
/unibl/author/Shashank Priya
https://www.unibl.org/sr-lat/fis/zaposlen/1357-milica-balaban
/unibl/author/Il Jeon
/unibl/author/Yang Yang
2022-08
Academic Article
text
12
1
/unibl/sci/idNaucniRad:30857
https://dx.doi.org/https://doi.org/10.1002/adfm.202207142
https://pmf.unibl.org
ADVANCED FUNCTIONAL MATERIALS
1616-301X
ADVANCED FUNCTIONAL MATERIALS
1616-301X
T. Han, Y. Zhao, J. Yoon, J. Woo, E. Cho, W. Kim, C. Lee, J. Lee, J. Choi, J. Han, J. Nam, K. Wang, S. Priya, M. Balaban, I. Jeon, Y. Yang, Spontaneous hybrid crosslinked network induced by multifunctional copolymer towards mechanically-resilient perovskite solar cells, ADVANCED FUNCTIONAL MATERIALS, No. 2207142, pp. 1 - 12, Aug, 2022