原子氧

真空紫外线与原子氧等其它空间环境因素有一定程度的协同效应。

Effects of combination of VUV with other space environment factors such as atom oxygen ( AO ) are also discussed .

本文工作仅仅只是个开头，还有许多后续工作可以继续进行：如进行低温、紫外辐射和原子氧条件下PEI材料绝缘电阻测试；从理论和试验两方面进一步完善所建立的模型等等。

For example , measuring insulation resistance of PEI under conditions of low temperature , ultraviolet radiation and atomic oxygen ; improving the model established in this work on insulation resistance of PEI from theory and experiment , and so on .

利用Ni催化型探测器测量原子氧密度

Measurement of atomic oxygen density by a Ni catalytic probe

利用OH夜气辉反演原子氧数密度时输入参数的不确定度对反演结果的影响

Impact of the Uncertainties of Input Parameters on the Atomic Oxygen Density Derived From OH Nightglow

原子氧对金属Ag及其表面TiO2-有机硅热控涂层的侵蚀

Oxygen-atom erosion to Ag and TiO2-SILOXANE thermal control coatings on Ag surface

溶胶-凝胶制备的Al2O3-SiO2复合陶瓷涂层抗原子氧侵蚀性能研究

Properties of Al_2O_3-SiO_2 Protective Coatings Prepared by Sol-Gel Process in Atomic Oxygen Environment

利用Ni催化探测器标定了地面模拟空间原子氧环境设备的原子氧密度。

A Ni catalytic probe was used to determine the density of oxygen atoms in a ground based atomic oxygen simulation facility .

纯Ni圆片在原子氧环境中首先暴露30rain，使其表面充分活化形成一层NiO。

A virgin nickel disk was exposed to atomic oxygen environment for 30 min for full activation to form a layer NiO .

原子氧对MoS2/PI粘结固体润滑涂层真空摩擦学性能的影响

Effect of Atomic Oxygen on Tribological Properties of MoS_2 / Polyimide Bonded Lubricating Coatings in Vacuum

TEM分析发现，原子氧暴露后，奥氏体中层错发生了扩展，且出现马氏体组织。

The TEM analysis demonstrates that there are expanded stacking fault and martensite phase existing in austenitic microstructure after AO exposure .

纳米SiO2提高航天器环氧树脂抗原子氧剥蚀性能的试验研究

Experimental Investigation on Improving the AO-Resistant Characteristics of Epoxy Resin of Spacecraft Filled with Nano-SiO_2

有机硅／SiO2多层防护涂层的原子氧侵蚀性能研究

Siloxane / SiO_2 multilayer coatings for protection of carbon fiber epoxy composites materials from atomic oxygen environment

2000年和2001年52°N地区OI（5577）气辉强度与原子氧浓度峰值的时间变化特征

The Temporal Variation Characteristics of OI_ ( 5577 ) Airglow Intensity and Peak Density of Atomic Oxygen in 2000 and 2001 at 52 ° N

SiO2对MoS2/酚醛环氧树脂涂层原子氧辐照前后组成与性能的影响

Effect of Atomic Oxygen Irradiation on Composition and Friction and Wear Behavior of SlO_2 / MoS_2 / Phenolic-Epoxy Bonded Solid Lubricating Coatings

AFM测试结果表明，当原子氧的注量为1×1021atom/cm2时，表面的粗糙度显著升高。

Under the fluence of 1 × 1021 atom / cm2 , AFM measurement results illustrates that the surface roughness shows a distinct increase .

在微波电离型原子氧（AO）源地面模拟设备中对空间材料Kapton及SiO2-K2SiO3无机-有机复合涂层进行原子氧剥蚀效应试验。

Atomic oxygen erosion of spacecraft materials and protection by coatings were studied in the ground-based simulation facilities .

在化合物6中，Mn展示了六配位环境，六个配原子氧来自周围的4个{Cr（OH）6Mo6O18}3-阴离子，呈现出1D带状结构。

In compound 6 , Mn ( II ) exhibits hexa-coordination environment and is coordinated by six O atoms from four { Cr ( OH ) 6Mo6O18 } 3 - anions showing an infinite 1D zonal chain .

空间材料Kapton的真空紫外与原子氧复合效应研究

Experimental investigations of the respective and synergistic effects of vacuum ultraviolet radiation and atomic oxygen on a spacecraft material & Kapton

用石英晶体微天平（QCM）原位监测并研究了聚酰亚胺薄膜在地面原子氧模拟装置中暴露时的质量变化。

The variations of mass changes of polyimide films during exposure in different flux of atomic oxygen ( AO ) beams which was a ground-simulated low earth orbit ( LEO ) space environment , were in-situ studied using QCM .

配置了两套紫外光源系统和一套试样光学性能原位测量系统，使装置具备了原子氧与紫外的协同效应，紫外光的波长为185～400nm，辐照度可达2～4个太阳常数；

The facility is equipped with two sets of UV lights source and one suit of optical properties in-situ measurement system . The wavelength of UV lights is at the range of 200 ~ 400nm , radiation intensity is about 2 ~ 4 EUVS .

抗原子氧侵蚀的有机硅防护涂层

Erosion resistance of siloxane coatings in the atomic oxygen space environment

同轴源原子氧地面模拟设备实用性分析

Practicability analysis of the coaxial source atomic oxygen ground-based simulation facility

原子氧对航天器表面的剥蚀效应及其预报研究

The erosional effect of atomic oxygen on spacecraft and its prediction

O型圈的原子氧剥蚀效应实验研究

Experimental Study of Effect of Atomic Oxygen Erosion on Rubber O-ring

微波电离型原子氧源的降能和中性化系统

The Deceleration and Neutralization Systems for Microwave Dischange Atomic Oxygen Simulation

玻璃纤维复合材料的原子氧剥蚀效应试验研究

An Experimental Study of Atomic Oxygen Effects on Glass Fiber Composites

原子氧环境对聚合物及其复合材料性能的影响

Effects on polymer and composites properties by atomic oxygen exposure

原子氧对航天器表面材料作用的数值模拟

Numerical Simulation of Atomic Oxygen Action on Spacecraft Surface Material

银在原子氧环境中的氧化行为

The Oxidation Behaviour of Polycrystalline Silver Films by Atomic Oxygen

空间材料抗原子氧有机涂层防护作用的光谱分析

Studies on Organic Protective Coatings for Anti-Atomic Oxygen Effects by Spectrum Analysis