地面模拟设备

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 .

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

高超音速地面模拟设备的研究进展

The Research Progress of Hypersonic Ground Simulation Test Facilities

航天器地面模拟设备发展综述

A Summary of Ground Simulation Equipment for Spacecraft

本文利用空间环境效应地面模拟设备对环氧结构胶粘剂进行了真空热循环试验。

In this paper , using ground-based simulation facilities , the vacuum thermal cycling test was carried out on the epoxy construction adhesive .

运用地面模拟设备对硅橡胶材料O形圈进行了原子氧暴露、紫外线辐射实验研究；

Experiments are conducted with the ground analog equipments to investigate the effect of atomic oxygen and ultraviolet on silicone rubber O rings .

本文利用空间环境地面模拟设备，对双结非晶硅太阳电池在低能质子、电子单独及共同辐照作用下电性能损伤效应进行研究。

This paper investigates the degradation in electrical property of double-junction amorphous silicon solar cells under the low energy protons , electrons respectively and protons electrons co-irradiation .

为防止气动加热对昂贵飞行器造成的损伤甚至毁坏，迫切需求地面模拟设备和高温测量系统对飞行器驻点防热材料进行高温测量。

In order to prevent the destruction and damage caused by high aerodynamic heating , the ground simulation equipment and the temperature measurement system for high temperature measuring are urgently needed .

灯丝放电磁场约束型原子氧效应地面模拟试验设备

Ground based atomic oxygen effects simulation facility with the filament discharge and bound of magnetic field

高超声速推进风洞是进行超燃冲压发动机模型地面模拟的重要试验设备。高压扭转法制备粉末块体超细晶材料

Hypersonic propulsion test facility is important for the scramjet ground tests . Bulk ultrafine grained materials prepared by consolidation of powder using high pressure torsion