“光生伏特效应”，简称“光伏效应”，英文名称：Photovoltaic effect。指光照使不均匀半导体或半导体与金属结合的不同部位之间产生电位差的现象。它首先是由光子（光波）转化为电子、光能量转化为电能量的过程；其次，是形成电压过程。有了电压，就像筑高了大坝，如果两者之间连通，就会形成电流的回路。
(1)光伏效应(photovoltaic effect): 光子能量被晶体硅的价带电子吸收后,电子跃迁到更高能态的导带,于是在pn结中成对的产生正负电荷,由于在pn结区域的正负电荷被内建...
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The devices were optimized and the photoelectric performances of the devices were also analyzed. The investigation indicated that all the devices had the remarkable photovoltaic effect.
对器件进行了优化,并分析了器件的光电性能,研究表明所有器件都有明显的光伏效应。
参考来源 - 基于酞菁的有机近红外发光器件与太阳能电池Solar energy is a clean renewable energy source, solar cells based on photovoltaic effect have broad bright future.
太阳能是一种清洁的可再生能源,以光伏效应为基础的太阳能电池有着广阔美好的未来。
参考来源 - AZO（ZnO：Al）透明导电薄膜的PECVD制备及其光电特性的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
光伏效应是研究电学性质的一种很重要的方法。
Photovoltaic spectra is a very useful tool to study the electronic properties of semiconductor material .
根据体光伏效应和压电性的叠加，可以解释光致伸缩现象。
Photostriction can be explained by superposition of the bulk photostrictive effect and piezoelectricity.
当光伏效应可以忽略时，这一波导变为屏蔽孤子诱导的波导。
When the bulk photovoltaic effect is neglectable, these waveguides are those induced by screening solitons.
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