全部

1·The previous experimental work on atomic oxygen collision had been limited.

电子与氧原子碰撞的实验方面的工作是有限的。

2·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。

3·It is different that Atomic Oxygen beam intensity and energy for acting on differential faces.

作用到不同姿态表面的原子氧的束流强度和能量不同。

4·Atomic oxygen in a low earth orbit 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。

5·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。

6·The experimental results showed that the mass loss of atomic oxygen effects is in proportion to the irradiation time.

试验结果表明，原子氧对材料的剥蚀量与原子氧的作用时间成正比例关系。

7·A model, which is called optical potential model of physics, for the scattering of electron by atomic oxygen, is discussed.

作者采用等效势方法讨论了电子被原子散射的物理模型。

8·The experiment is conducted in co-axial atomic oxygen apparatus under the atomic oxygen flux of near earth orbit environment.

实验中采用同轴源原子氧装置，以近地轨道原子氧通量条件对涂层进行试验。

9·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。

10·The reaction mechanism between atomic oxygen radical anion and benzene has been investigated using the density functional theory (DFT).

采用密度泛函理论研究了氧负离子自由基与苯分子的反应。