photoelectric conversion

Optimal CdS/ ZnO nanowire heterojunction ( depositing CdS 50 times on 2 microns-length ZnO nanowire array) was achieved and applied to I/ I3-electrolyte system eventually. The cell photoelectric conversion efficiency was 0.51%.

将CdS/ZnO纳米线异质结构进行优化，最终将其应用于I-/I3-电解质体系制成沉积50次的硫化镉薄层敏化长度为2微米的氧化锌纳米线阵列的电池，获得0.51%的光电转换效率。

The light signal with angular information be converted into electrical signal by photoelectric conversion device.

通过光电转换器件，将包含有角度变化信息的光信号变换为电信号，再对电信号进行后期的处理。

High dispersion and tap density of silver can significantly improve the photoelectric conversion efficiency of solar cell.

高分散和高振实密度银粉能显著提高电池片的光电转换效率。

Enhancement of Photoelectric Conversion by Tilting a Polycrystalline Silicon p-n Junction Device

通过倾斜多晶硅p-n结光电器件提高光电转换性能

Arylamines are important compounds widely employed in biochemical, pharmaceutical and photoelectric conversion material fields.

芳基胺化合物广泛应用于生化、药物、光电转化材料中。