染料增感半导体层（3）和多孔绝缘层（4）由电解质浸透。
The dye-sensitized semiconductor layer (3) and the porous insulating layer (4) are impregnated with an electrolyte.
本工作所得到的结果对于分析晶体结构以及光电材料的染料增感等方面都有重要的参考价值。
The results of this work are valuable for the analysis of crystal structure, and can instruct the dye to be used in more fields such as spectral sensitization of photoelectric materials.
主要介绍了几种不同类型感蓝染料结构特点，以及在各种乳剂中的增感作用、合成方法和应用情况。
The structural characteristics, synthetical methods and their applied results of several different blue-sensitive dyes in different silver halide emulsions are introduced.
内敏乳剂能否抑制红外增感染料减感作用的问题迄今尚未被认真讨论过。本文用一组多甲川长链菁染料探讨了这个问题。
So far as our knowledge goes the problem whether the internally-sensitized emulsions could depress the desensitization of infrared sensitizing dyes has not been thoroughly discussed.
染料在卤化银上吸附作用的研究对于光谱增感有着重要的意义。
The study of effect of dye adsorption on silver halide is helpful for the spectral sensitization.
详尽地分析了菁染料的各种结构因素对氧化还原电位，进而对光谱增感作用的影响。
The effect of many structural factors of cyanine dyes on their redox potential, so on their spectral sensitization was reviewed in detail.
然后研究了染料吸附对光谱增感的影响。
Then the influence of dye adsorption on the spectral sensitization is studied.
将减感染料加到光谱增感乳剂中是控制不同波段感光度的有效手段，但是有关减感机理一直以来尚有不同的解释。
It is an effective method for the control of sensitivity in different wavelength range that desensitizing dye is added to the spectral sensitized emulsion.
据此，红外感光材料的超增感过程应与抑制染料自发减感是密切相关的。
So the supersensitization in the infrared photographic materials should be closely connected with how to restrain the self desensitization of the dyes.
根据感绿X射线胶片的特点，设计并合成了10个光谱增感染料，表征了结构，并应用于乳剂，从中筛选出1种组合。
On the basis of the characteristics of X-ray, 10 sensitizing dyes are designed and prepared. The structures of these dyes are identified and applied in emulsion.
综述了关于感红光谱增感染料、感红外光谱增感染料、感绿光谱增感染料和短波长光谱增感染料应用研究。
The application on red spectrum sensitizing dry, infrared spectrum sensitizing dry, green spectrum sensitizing dry and short wavelength spectrum sensitizing...
综述了关于感红光谱增感染料、感红外光谱增感染料、感绿光谱增感染料和短波长光谱增感染料应用研究。
The application on red spectrum sensitizing dry, infrared spectrum sensitizing dry, green spectrum sensitizing dry and short wavelength spectrum sensitizing...
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