The correctness of the double-electron supersensitization mechanism has been validated by ESR spectrum and photoelectron life . A new kind of supersensitizer with the structure of benzothiazolyl was synthesized by condensation .

通过ESR（电子顺磁共振）光谱实验和检测光电子寿命验证了苯并硫（氧、硒）氮杂环类叔芳胺具有 超增 感 作用，同时验证了双电子 超 增 感机理。

It is concluded that the basis for the isolation mechanism of supersensitization is a specific adsorption of organic compounds on ( Ag Au ) S - centers .

隔离是基于有机物在（Ag， Au）S中心上的独特吸附。

An isolation mechanism of supersensitization of cyanine dyes J - aggregates is considered . It consists of decrease of electron - hole recombination due to space separation of the J - aggregates and the products of chemical sensitization .

根据隔离机理， 超 增 感 作用是由于J－聚集态染料与化学增感产物之间的空间分离而减少电子与空穴的复合。

The supersensitization of two-component cyanine dye combinations has been studied regarding the relationship between supersensitization and adsorption state of dyes .

研究了 超增 感 效应与染料吸附状态之间的关系，找到了它们的 两两超增感的组合。

The fundamental differences of the isolation mechanism from well known Gilman ′ s reduction mechanism allows to realize superadditive supersensitization effect by the use of compositions of organic substances with a various structures .

隔离机理不同于熟知的 Gilman还原机理，根据本 机理可通过不同结构有机物的组合应用使 超 增 感 作用 获得 超加和效应。

Influence on supersensitization for geometric position of supersensitizer

超增 感剂的几何位置对 超 增 感 过程的影响

So the supersensitization in the infrared photographic materials should be closely connected with how to restrain the self desensitization of the dyes .

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。

Isolation Mechanism of Supersensitization of Cyanine Dyes J - Aggregates

J-聚集态染料 超 增 感 作用隔离机理

Effects of adsorbing state of sensitive dye on supersensitization

染料的吸附对 超 增 感 作用的影响

The function of supersensitization can be explained by the hole trapping mechanism . Ultrastructure of Zusanli ( ST 36 ) Point

其 超 增 感 作用 的 产生可用 正穴捕获 超 增感机理加以阐明。足三里穴的显微结构