首页> 外文期刊>Journal of analytical chemistry >Use of time-of-flight mass spectrometry for monitoring helium microcontamination in the industrial manufacture of extra high purity inert gases.
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Use of time-of-flight mass spectrometry for monitoring helium microcontamination in the industrial manufacture of extra high purity inert gases.

机译:飞行时间质谱用于监测超高纯度惰性气体工业生产中的氦微污染。

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摘要

time-of-flight EMG-20-9 mass spectrometer was designed for the online monitoring of helium impurity at the 0.05 ppm level. The spectrometer was introduced for the continuous control of the gas mixture composition in the technology of neon purification from the helium impurity in spite of the large difference in the concentrations of components. The instrument was certified as a measuring facility and introduced into the State Register of Measurement Instrumentation of the Russian Federation. The characteristics of the mass spectrometer and its modifications were overviewed and its possibilities for monitoring xenon and krypton production from air were shown. [ABSTRACT FROM AUTHOR]
机译:飞行时间EMG-20-9质谱仪设计用于在线监测0.05 ppm级别的氦杂质。尽管组分浓度差异很大,但在从氦气杂质中纯化氖气的技术中,引入了用于连续控制混合气成分的光谱仪。该仪器被认证为测量设备,并被引入俄罗斯联邦测量仪器国家注册簿。概述了质谱仪的特性及其改进,并展示了其监测空气中氙和k产生的可能性。 [作者的摘要]

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