CO激光激活化学反应分离铀同位素

基金项目:

中国国家自然科学基金

详细信息

Chemical reaction uraninm isotope seperation by CO laser activation

1.
Dept.of Modern Appl.Phys, Tsinghua Univ;
2.
National Lab.of Molecular Reaction Dynamics, Institute of Chemistry, Academia Sinica;
3.
Dept. of Chemistry, Tsinghua Univ.;
4.
Dept. of Engineering Phys., Tsinghua Univ.

摘要: 由光声光谱方法测得的235UF6与238UF6的3ν3吸收光谱,选择出分离铀同位素的最佳CO激光谱线,对UF6与HCl的化学反应进行了激光催化化学反应实验,从而论证了CRISLA方法的可行性.
- CO激光 /
- 同位素分离 /
- UF6 /
- 化学反应 /
- 催化
Abstract: The feasibility of CRISLA methode is confirmed by the laser catalytic reaction of UF6 and HCl using the optimum CO laser spectrum of uranium isotope seperation which is selected from the 3ν3 optoacoustic aborption spectra of 235UF6 and 238UF6.
- CO laser /
- isotope seperation /
- UF6 /
- chemical reaction /
- catalysis

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