1.The gas analysis of plasma products detected atomic oxygen in an argon-oxygen plasma, which is hard to observe in optical emission spectrum.
气体分析法通过对等离子体产物的测量，得到原子氧在氩氧等离子体中生成的证据，解决发射光谱中无法观察到氧的问题。
2.Well-known initiators are peroxides, which evolve atomic oxygen, organic ions (carbanions and carbonium ions), and free radicals.
众所周知的引发剂有能放出氧原子的过氧化物、有机离子（阴碳离子和阳碳离子）和自由基。
3.At last the combined effect of small space debris impact and atomic oxygen and small space debris impact induced discharge was presented.
利用等离子体加速器和基于潘宁离子源的原子氧模拟器进行了实验，证实了原子氧与碎片存在协同作用。
4.Several layers of shielding will safeguard the payload from cosmic rays, meteorites, and atomic oxygen.
几层防护屏将保护有效负载免受宇宙射线、陨星和原子氧的危害。
5.The reaction mechanism of atomic oxygen radical anion with vinyl radical has been investigated at the G3MP2B3 level of theory.
在G3MP2B3理论水平下研究了氧负离子与乙烯自由基的反应机理。
6.Ozone is tri-atomic oxygen (O3) - it is a highly charged, volatile particle.
臭氧是三原子氧（O3）的-这是一个高度紧张，易挥发粒子。
7.Atomic oxygen in a low earth orb it is very active in chemical reactions, and it can oxidate copper.
低地球轨道的原子氧化学性能非常活泼，能使金属铜氧化。
8.Study of Erosion Effects of Silicone Materials Exposed to Simulated Atomic Oxygen Environment
原子氧环境对硅凝胶材料的侵蚀效应研究
9.Standard Practices for Ground Laboratory Atomic Oxygen Interaction Evaluation of Materials for Space Applications
太空用材料的地面实验室原子氧交互评价的标准规程
10.Numerical Simulation of the Influences of Defect Size in the Protective Coatings on the Atomic Oxygen Undercutting
表面缺陷对原子氧掏蚀效应影响的数值模拟研究