光解作用

铁（Ⅲ）-草酸盐（Fe（Ⅲ）-Ox）的光解作用可以产生过氧化氢和羟基自由基，能够破坏有机物的分子结构。

The photolysis of Fe (ⅲ) - Oxalate complexes can produce Oxidant H 2O 2 and · OH radicals , which can destroy the organic compounds ' structure .

核黄素，经光解作用而生成含有自由基的产物。

Riboflavin undergoes photodecomposition with resulting production of free radical containing products .

结果表明，紫外光对甲苯有直接光解作用。

Results indicated that toluene was degradable by UV irradiation .

农药为进行光解作用，必须首先吸收光能。

To undergo photodecomposition , a pesticide must first absorb light energy .

通过毫微秒激光光解作用研究了富勒烯[60]电荷转移络合物的特性。

Characterization of the charge transfer complexes of fullerene have been studied by nanosecond laser photolysis .

水中NO2~-/NO3~-对壬基酚的间接光解作用

Effects of NO_2 ~ - / NO_3 ~ - on the Indirect Photodegradation of Nonylphenol in Water

氟罗沙星在紫外光的照射下易发生光解作用。依据氟罗沙星的光解产物与Zn2+离子形成配合物，能显著地增敏氟罗沙星的荧光强度，建立了敏化荧光分析氟罗沙星的新方法。

Based on the complex formed by Zn ~ 2 + which can strengthen the relative fluorescence intensity of fleroxacin evidently , a novel photochemical fluorescence method was developed .

DNA光解酶作用机理的模型研究

Model Studies on Mechanism of DNA Photoreactivation

PAN对1,1′&二乙酰基二茂铁光解催化作用的研究

The study on the catalytic role of pan in the photolytic process of 1,1 ′ & diacetylferrocene

紫外光解的作用与光强成正比，与光解时间成正比。

The role of UV irradiation is proportional to light intensity and the time .

研究了铁（Ⅲ）-草酸配合物在可见光及太阳光照射下，对碱性染料的光解降解作用。

The experiment of photochemical degradation of the basic dyes was conducted in aqueous solution containing Fe (ⅲ) - oxalate complex irradiated with visible light and sunlight .

低有机碳含量表层土中Fe2O3对γ-666光解的催化作用

Effect of Fe_2O_3 on Photodegradation of γ - 666 in Surface Soils with Low Amount of Organic Substance

在300nm的紫外光照射下发生较明显的降解，-Cl的存在对光解有加速作用；

Under the irradiation of ultraviolet light ( wave length of 300nm ) , obvious photodegradation occurs and the rate of photodegradation is accelerated by - Cl.

本文报道了不同颜色光对尼索地平光解的影响，并且试验了不同包装对防止尼索地平光解的作用。

The effects of different color lights on nisoldipine photolysis and of different color packages on the protection of nisoldipine from photolysis produced by sunlight were reported .