id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ajst-22356	Zhang, Zhilu; Luo, Zhengjun; Sun, Xudong; Ge, Lin; Li, Yan	Design of MoO3 Porous Back Contact for High Efficiency CZTSSe Thin-film Solar Cells	2024	8	.pdf	application/pdf	5663	315	60	However, the current record efficiency achieved for CZTSSe solar cell devices is only 14.9% [7], significantly lower than its theoretical conversion efficiency of 32.4% [8] and the highest recorded PCE of 23.4% for CIGSe thin-film solar cells [9]. To address these issues in CZTSSe solar cells, current solutions primarily include the following: introducing high work-function ultrathin interlayer (IL) materials between CZTSSe and the molybdenum back electrode, such as TaN[18], TiN[19], TiB2[20], MoOx[21-26], ZnO[27,28], Al2O3[29,30], CuSe[16], GeO2[31], Bi[32], Ag[33-35], graphene oxide[36], and transforming n-type MoSe2 into p- type MoSe2 through element doping, such as MoSe2: Nb[37,38] and Mo(Se1-x,Ox)2[39,40].	cache/ajst-22356.pdf	txt/ajst-22356.txt