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1·Reaction of trans, trans, cis-2, 4, 7-Tetradecatriene with Singlet Oxygen.

反，反，顺-2，4，7-十四碳三烯与单重态氧的反应。

2·Singlet oxygen is a special form in existence, which is strongly bioactive.

单线态氧是氧分子的一种特殊存在形式，具有很强的生物活性。

3·The structure features and problems of discharge singlet oxygen generators are introduced.

介绍了各种放电单重氧发生器的结构特点以及存在的问题。

4·Mono-substituted compound could photo-damaged DNA through the generation of singlet oxygen.

单体衍生物能够通过光照下单线态氧的形成损伤DNA。

5·The primary mechanism to membrane damage may due to production of singlet oxygen and free radicals.

推测亚甲蓝对膜损伤的主要机制可能是单线态氧和自由基的氧化作用。

6·The results show that during the quenching process of singlet oxygen physical quenching is the main factor.

结果表明，猝灭剂猝灭单重态氧的过程中，物理猝灭过程是主要的。

7·Photochemical bleaching of pulp based on singlet oxygen mechanism is a novel environmentally friendly bleaching method.

基于单线态氧机理的光化学漂白是一种新颖的环境友好纸浆漂白方法。

8·Calculate the produce of singlet oxygen in every tissue by the law of Lambert-Beer and quantum yields of singlet oxygen.

用Lambert - Beer定律和单线态氧的量子产率来计算各层组织中单线态氧的产生。

9·The physical and chemical quenching rate constants of 5 different kinds of quenching agents and singlet oxygen were determined.

测定了五种不同类型猝灭剂与单重态氧的物理猝灭速度常数和化学猝灭速度常数。

10·Therefore singlet oxygen generated during a Type II photodynamic action could subcellular specifically modulate cellular functions.

所以光动力作用过程中所产生的单线态氧分子可以亚细胞特异性地调控细胞功能。