在真空室中用大功率电子束作为热源进行了热疲劳试验。
The thermal cycling test of divertor target plate was carried out in the vacuum;
分析了蒸镀热反射膜时电清洗玻璃的必要性，提出了在真空室体中设置栅极并加以负高压，采用氩气产生等离子场并用其轰击清洗玻璃表面的方法。
The necessity of electric purging in plating the heat reflective glass is analyzed. A method for purging the glass is given, which is using the plasma to bombard the superficies of the glass.
得到它们的主要脱附气体的脱附速率的温度特性，即热脱附谱，脱附反应级数和脱附激活能。可为聚变装置真空室的选材和清洗提供参考。
The thermal desorption spectrum (the desorption rate VS sample temperature), the desorption action order and the desorption activation energy have been obtained for main kinds of desorpted gases.
得到它们的主要脱附气体的脱附速率的温度特性，即热脱附谱，脱附反应级数和脱附激活能。可为聚变装置真空室的选材和清洗提供参考。
The thermal desorption spectrum (the desorption rate VS sample temperature), the desorption action order and the desorption activation energy have been obtained for main kinds of desorpted gases.
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