Abstract

The main stages in the development of research in the field of molecular-oxygen photonics and the most important methodical approaches to investigation of the lowest singlet states of oxygen molecules in organic and aqueous solutions are briefly outlined. The contemporary views on the kinetic and radiative parameters of singlet oxygen in water and deuterium oxide as well as the results of most recent studies of the red and IR absorption bands of oxygen molecules dissolved in water under normal conditions are presented. The data are compared with the absorption and luminescence parameters of oxygen in the gas phase and in organic media. The importance of the results of these studies for specialists in various fields of knowledge from molecular photophysics and spectroscopy to photodynamic and laser medicine is emphasized.

中文翻译：

---

水溶液中分子氧的光子学

摘要

简要概述了分子氧光子学研究的主要发展阶段以及研究有机和水溶液中氧分子的最低单重态的最重要方法论方法。介绍了有关水和氧化氘中单线态氧的动力学和辐射参数的当代观点，以及有关在正常条件下溶解于水中的氧分子的红色和红外吸收带的最新研究结果。将数据与气相和有机介质中氧气的吸收和发光参数进行比较。这些研究结果对于从分子光物理和光谱学到光动力学和激光医学等各个领域的知识的专家都非常重要。