片语

atomic oxygen ao原子氧

atomic oxygen red line[地物]

anti-atomic oxygen抗原子氧

atomic oxygen effect原子氧效应

atomic oxygen erodes原子氧剥蚀

atomic oxygen distribution氧原子分布

strongly bound atomic oxygen强键吸附原子氧

atomic oxygen triplet[地物]

英汉例句

• 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。

• The width of the atomic oxygen undercut cavity varies with the thickness of the protective coatings, and the depth of undercut cavity also sees a small change.

  保护层厚度主要对初次入射原子氧的入射过程有影响，加厚保护层可以减小原子氧的掏蚀深度和掏蚀空腔的宽度。

• 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。

• 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。

• The adsorbed atomic oxygen is the common oxygen species for both ethylene epoxidation and combustion; molecular oxygen plays no direct role in either two reactions.

  氧在表面存在三种吸附态，其中原子态吸附氧是乙烯环氧化和深度氧化的活性物种，分子态氧对两个反应不起直接作用。

• Close-coupling calculations for the interaction between low-energy electron and atomic oxygen are carried out by using R-matrix method.

  利用R -矩阵方法进行了慢电子与氧原子之间相互作用的密耦计算。

• Ultraviolet rays from the sun decomposed into atomic oxygen molecules into the atmosphere at the highest level (the ionosphere) the main ingredients.

  来自太阳的紫外线把氧分子分解成原子，成为了大气最高层(电离层)的主要成份。

• When the atomic oxygen density in the mesosphere and lower thermosphere region is derived by means of photochemical model calculations from OH nightglow emissions, a retrieval uncertainty, I.

  借助OH夜气辉辐射的光化学模式，由OH夜气辉辐射反演中间层-低热层区域的原子氧数密度时，输入参数的不确定性将导致反演得到的原子氧数密度具有不确定性。

• 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。

• The method solves the problems that an osmium membrane prepared from the prior art is easy to crack, and the measuring accuracy of atomic oxygen is low.

  本发明解决了现有工艺制备锇膜存在容易开 裂、原子氧测量的準确性差的问题。

• 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。