1) photoconductivity
[英]['fəutəu,kɔndʌk'tiviti] [美][,foto,kɑndʌk'tɪvətɪ]
光导性
1.
Study on Electrocatalytic Reduction of Oxygen and Photoconductivity of Phthalocyanines;
酞菁化合物的电催化氧还原特性和光导性研究
2) photoconductivity
[英]['fəutəu,kɔndʌk'tiviti] [美][,foto,kɑndʌk'tɪvətɪ]
光导性能
1.
Synthesis of Ester Substituted Copper Phthalocyanines by Phase Transfer Catalysis Reaction and Their Photoconductivity;
相转移催化合成酯基取代酞菁铜及其光导性能
2.
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
3.
Characterization of the products by XRD and photoconductivity indicated that Y-TiOPc with high purities could be obtained by these four crystal structure adjusting agents.
产物经XRD和光导性能分析,证明经过上述四种晶型调节剂处理均可以得到纯度较高的YTiOPc。
3) photoconductivity
[英]['fəutəu,kɔndʌk'tiviti] [美][,foto,kɑndʌk'tɪvətɪ]
光电导性
1.
The photoconductivity of TiOPc/TiO_2/AZO ternary compound system was studied in this thesis.
研究了w(TiOPc)=85%、90%、95%时TiOPc/TiO2/AZO三元复合体系的光电导性。
2.
The development of study on macromolecularization of C 60 and photoconductivity of C 60 containing polymers in last decade is described particularly.
简要介绍了C60 的结构与化学性质 ,着重论述了近 1 0年来C60 高分子化研究的进展 ,另外 ,对含C60 高分子的光电导性研究也进行了讨论 。
3.
The paper discusses the molecular design of organic photoconductive materials based on the molecular structures of organic photoconductive materials, electronic distribution and the relationship between the charge transfer and photoconductivity, which is proved by the synthesis and photoconductivity study qf phthalocyanine polymers.
本文在分析了有机光电导材料的分子结构,电子分布状态以及电荷转移与光电导性能之间关系的基础上,进行了有机光电导材料的分子设计,并以酞菁聚合物的合成和光电导性的研究实施进行了验证。
4) guiding properties
导光特性
1.
Analyses of guiding properties of light-induced planar waveguides in LiNbO_3:Fe crystals;
LiNbO_3:Fe晶体中光写入平面光波导的导光特性研究
5) magneto-photoconductivity
磁光导性
6) photoconduction
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光电导,光电导性
补充资料:光导电性染料
分子式:
CAS号:
性质:吸收光时能产生电荷载流子的染料或颜料。这类染料的试样两端加静电压,在光照下导电率增加,产生光电流。用于静电复印感光体的电荷产生材料、有机太阳能电池材料等。在酞菁类、偶氮类、苝类、菁类、蒽醌类等染料或颜料中有许多具有光导电性能的化合物。
CAS号:
性质:吸收光时能产生电荷载流子的染料或颜料。这类染料的试样两端加静电压,在光照下导电率增加,产生光电流。用于静电复印感光体的电荷产生材料、有机太阳能电池材料等。在酞菁类、偶氮类、苝类、菁类、蒽醌类等染料或颜料中有许多具有光导电性能的化合物。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条