A convenient noble gas purifying equipment based on Zr-Al alloy getters was introduced in this paper. The working conditions of the Zr-Al alloy getters were studied.The supplemental oven was designed, which would heat...A convenient noble gas purifying equipment based on Zr-Al alloy getters was introduced in this paper. The working conditions of the Zr-Al alloy getters were studied.The supplemental oven was designed, which would heat up the Zr-al alloy getters to 1 000℃. Experiments were done on GAM400 bench top Quadrupole mass spectrometer with calibration gas, which consists of Kr and Xe about 0.1%. A spectrum of air after purification was given as an applying example.展开更多
The reaction of He*(23S)/CO2 with CS2 has been studied in discharge fiowing-afterglow apparatus. The emission spectra from exited state products CS2+(A)、CS (A,a) have been observed. The formation mechbosm propo...The reaction of He*(23S)/CO2 with CS2 has been studied in discharge fiowing-afterglow apparatus. The emission spectra from exited state products CS2+(A)、CS (A,a) have been observed. The formation mechbosm proposed is:展开更多
文摘A convenient noble gas purifying equipment based on Zr-Al alloy getters was introduced in this paper. The working conditions of the Zr-Al alloy getters were studied.The supplemental oven was designed, which would heat up the Zr-al alloy getters to 1 000℃. Experiments were done on GAM400 bench top Quadrupole mass spectrometer with calibration gas, which consists of Kr and Xe about 0.1%. A spectrum of air after purification was given as an applying example.
文摘The reaction of He*(23S)/CO2 with CS2 has been studied in discharge fiowing-afterglow apparatus. The emission spectra from exited state products CS2+(A)、CS (A,a) have been observed. The formation mechbosm proposed is: