1.光电导率
2.【物理学】光电导性
3.内光电效应
1.an increase in the electrical conductivity of a substance on exposure to electromagnetic radiation, especially visible light
1.To measure photoconductivity, it's essential to minimize heating of the sample and measurement system due to light absorption.
考虑到光吸收问题，在测量光电导率时，必须使样本和测量系统加热最小化。
2.By combining electrostatics with photoconductivity, Carlson had found the right basic concept .
卡尔森把静电学和光电导性结合起来，得出了正确的基本概念。
3.Figure 3 illustrates an experimental photoconductivity measurement technique.
图3给出光电导率测量技术试验结果。
4.System heating can cause a rise in cur-rent, much as it does in photoconductivity measurements.
系统加热可能带来电流的增加，这与光电导率测量非常相似。
5.The research provided scientific basis for the development of new photoconductivity polymer in the theory and the application aspects.
为开发新型聚合物光电导材料在理论和应用方面提供科学的依据。
6.Electric Field Poling and Photoconductivity Study of Phthalocyanine Polymer Thin Films
酞菁聚合物薄膜的电场取向和光导性能研究
7.Some Applications of Photoconductivity Spectroscopy on Semiconductors and Their Microstructures
光电导光谱在半导体及其微结构研究中的若干应用
8.Measurement on Minority Carrier Lifetime of Mercury Cadmium Telluride Material by Microwave Photoconductivity Decay Method
碲镉汞材料少子寿命的微波反射光电导衰减测量
9.Photoconductivity Studies of Broad-spectrum Response Organic Photoconductor
广谱响应有机光电导体的性能研究
10.Synthesis, characterization and photoconductivity of azo-porphyrins
偶氮卟啉的合成、表征与光电导性能