Method and device for analyzing silicon isotope composition
A silicon isotope, infrared laser technology, applied in measurement devices, analysis materials, material analysis by electromagnetic means, etc., can solve the problems of long reaction time and large sample consumption, achieve accurate analysis, improve analysis efficiency, shorten fluorination The effect of reaction time
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Embodiment 1
[0052] The infrared laser 1-1 used in this embodiment is the MIR10 type CO produced by New Wave Company in the United States. 2 Infrared laser, gas isotope mass spectrometer 3 is MAT-253 gas isotope mass spectrometer; The silicon-containing sample used in this embodiment is NBS-28 (quartz sand, the general silicon isotope international standard substance in this field), QG (quartz glass single particle, Entrust Beijing 605 factory to process and make) and Gar (garnet single particle, the spessartine garnet in the granite pegmatite in Jianyang, Fujian); 5 Commercially available commodity, specifically will described BrF 5 Commercially available products were evaporated 25 times at -70°C (prepared with liquid nitrogen + ethanol), and the time for a single evaporation was 5 minutes.
[0053] Place the silicon-containing sample in the sample loading hole of the sample tray, place the sample tray containing the silicon-containing sample in the fluorination reactor 1-2, and connect...
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