All production operations mechanization and automation, heat treatment must oxygen quenching.
生产操作全部机械化、自动化、热处理绝氧淬火。
Objective: To study the effects of geometrical isomerisation on singlet-oxygen quenching by lycopene in vitro.
目的：观察几何异构化对番茄红素淬灭单线态氧功能的影响。
The structure of the probe molecules, properties of SiO2 film and oxygen quenching properties of PSP was studied.
对探针分子的结构、基质的涂膜特性及压敏漆的氧猝灭性能进行了测试分析。
The singlet-oxygen quenching ability by the fractions was determined with ultra weak luminescence analysis consequently.
应用微弱发光检测技术测定和比较两者在体外淬灭单线态氧的能力。
Quenching of luminescence by molecular oxygen is an inherent limitation in fluorescence and phosphorescence analysis, especially for liquid sample.
分子态氧对发光的猝灭作用，固有地限制着发光分析优良分析特性的实现，特别对液体样品。
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。
The degree of quenching correlates to the level of oxygen pressure.
淬灭度与氧压力水平相关联。
Lycopene has the functions of easily quenching singlet oxygen and deleting free radicals. Its antioxidant activity is one of the highest in the carotenoids.
番茄红素具有高效猝灭单线态氧和清除自由基的作用，其抗氧化性在类胡萝卜素中最强；
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。
A respirometer has been developed for toxicity test based on the principle of fluorescence quenching by oxygen.
提出了一种新的生物毒性试验方法；应用氧对萤光淬灭的原理研制了一种呼吸计量仪。
Using the minisize CCD detector, LED light source and a fiber optic, a fiber optic oxygen sensor based on fluorescence quenching has been developed.
将该氧传感膜与传光光纤相耦合，搭配商品化的LED光源和微型CCD检测器，研制了一种基于荧光猝灭原理的光纤氧传感器。
Using the minisize CCD detector, LED light source and a fiber optic, a fiber optic oxygen sensor based on fluorescence quenching has been developed.
将该氧传感膜与传光光纤相耦合，搭配商品化的LED光源和微型CCD检测器，研制了一种基于荧光猝灭原理的光纤氧传感器。
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