Electroluminescence of the polysilane is studied by select sandwich's structure and electroluminescence device is made.
初步研究了聚硅烷的电致发光，选择三明治的双层结构，制成了电致发光器件。
Syntheses of polysilane and its electronic structure, molecular structure, microstructure and aggregation structure are reviewed.
综述介绍聚硅烷的合成方法及其电子结构、分子结构、微观结构和聚集态结构等。
The characteristics and conductive mechanism of polysilane, the ways to improve the conductive performance of polysilane were discussed.
叙述了聚硅烷的特点，聚硅烷的导电机理以及提高聚硅烷导电性能的主要途径。
The molecular weight distributions, infra-red, ultraviolet and nuclear magnetic resonance spectra for the polysilane polymers have been described.
本文还讨论了这些聚硅烷的分子量分布以及红外、紫外、核磁共振等光谱性质。
We do know that it was developed by emitting ultraviolet rays at CPS in a carbon hydrogen solvent in order to polymerize part of the CPS to make a polysilane.
我们现在所知道的是，这种液态硅化物是在碳氢溶剂的环境下进行紫外辐照，从而使得这种液态硅化物的片段聚合为一个聚硅烷的形态。
The results show that the retaining ratio of double bonds is 8.2%. The introduction of double bonds in polysilane brings forth much higher mass retaining ratio and better ceramic yield.
结果表明，产物中双键保留率为8.2%，双键的引入使聚硅烷获得了很高的质量保留率及较高的陶瓷产率。
The results show that the retaining ratio of double bonds is 8.2%. The introduction of double bonds in polysilane brings forth much higher mass retaining ratio and better ceramic yield.
结果表明，产物中双键保留率为8.2%，双键的引入使聚硅烷获得了很高的质量保留率及较高的陶瓷产率。
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