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Decline Analysis of Vacuum Level in Ultra High Vacuum System

机译:超高真空系统中真空水平的下降分析

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Vacuum technology is extensively used in space science, nuclear energy, surface science, materials science, electric vacuum industry, microelectronics, semiconductor, metallurgy, and so on. More and more fields need ultra high vacuum (UHV) or extreme high vacuum (XHV) for scientific research and production. Both the rigorous vacuum processing technics and highly developed sophisticated vacuum technology are the necessities for the acquisition and conservation of UHV or XHV ambience. In this paper, a vacuum decline was analyzed and the UHV system was recovered. Using the residual gas analyzer to measure the partial pressure of residual gas and identify the type of gas, the outgassing source was found out by comparing the measure results. The UHV system was recovered back to 10~(-9)Pa through treatment. The residual gas analyzing method can effectively identify the type of gas about outgassing, narrow the scope of outgassing subassembly, shorten the vacuum system recovery time, and improve work efficiency. The method of determining the outgassing source by residual gas analyzer can be applied in the fields of UHV and XHV, and it has a certain reference significance for further improving the system vacuum degree.
机译:真空技术广泛用于太空科学,核能,表面科学,材料科学,电动真空工业,微电子,半导体,冶金等。越来越多的田地需要超高真空(UHV)或极端高真空(XHV)进行科学研究和生产。严格的真空加工技术和高度发达的复杂真空技术都是采集和保护UHV或XHV氛围的必要性。在本文中,分析了真空下降,恢复了UHV系统。使用残留的气体分析仪测量残留气体的分压并识别气体类型,通过比较措施结果来发现除气源。通过治疗回收UHV系统回到10〜(-9)PA。残余气体分析方法可以有效地识别通差的气体类型,缩小除气子组件的范围,缩短真空系统恢复时间,提高工作效率。通过残留的气体分析仪确定排出源的方法可以应用于UHV和XHV的领域,并且对于进一步改善系统真空度具有一定的参考意义。

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