Thin-film solar cell reaches micron order in its thickness and has a wide range of research and application for its small timber and high absorption coefficient .
薄膜 太阳能 电池是厚度为微米数量级的 太阳能 电池，因其具有用材少，吸收系数高等优点而得到了广泛的研究与应用。
The Calculation and Analysis About the Photo-Current of Polycrystalline Thin-Film GaP / CuInS_2 Heterojunction Solar Cell
多晶 GaP/CuInS2异质结 太阳能 电池的光电流及转换效率的计算与分析
Solar low iron glass can be used as both front panel glass of thin-film solar cell and decoration glass for BIPV program .
太阳能超白玻璃可以作为 薄膜 太阳能 电池的前板玻璃和封装玻璃。
The main optimization goal of thin-film solar cell is increasing photoelectric conversion efficiency of the thin film solar .
提高薄膜太阳能 电池的光电转化效率是 薄膜 太阳能 电池的主要优化目标。
Through reasonably controlling the moving velocity the focus location of the beam and the driving current of pumping etc the incised widthes were ultimately less than 40 μ m and met the precision of facture technology of the thin-film solar cell .
合理地控制激光移动速度、焦点位置和抽运源工作电流等参数，使激光切割缝宽最终小于40μm，满足了 薄膜 太阳 电池制作工艺的要求。
Investigation of the mechanism of p-n junction for thin-film cu_2s / cds solar cell
硫化镉 太阳 电池成结机理的探讨
The Design and Calculation of GaP-CuInS_2 / CdS-CuInSe_2 Two Fold Heterojunction Thin-Film Solar Cell
GaP-CuInS2/CdS-CuInSe2异质二重结 薄膜 太阳 电池的设计与计算
Series resistance of selenium thin-film solar cell
硒 薄膜 太阳 电池串联电阻
Experimental Research of Precisely Incising the Electric Film of Thin-film Solar Cell by Laser
薄膜 太阳 电池导电膜激光精密切割的实验研究
[电] 薄膜太阳能电池