Fang Quanyu, Shen Zhijun, Cai Wei, et al. COLLISION STKENGTHS OF Ne-LIKE Ge FROM ITS GROUND STATE TO n=3 FINE STRUCTRUE ENERGY LEVELSJ. High Power Laser and Partical Beams, 1994, 06(02): 207-214.
Citation:
Fang Quanyu, Shen Zhijun, Cai Wei, et al. COLLISION STKENGTHS OF Ne-LIKE Ge FROM ITS GROUND STATE TO n=3 FINE STRUCTRUE ENERGY LEVELSJ. High Power Laser and Partical Beams, 1994, 06(02): 207-214.
Fang Quanyu, Shen Zhijun, Cai Wei, et al. COLLISION STKENGTHS OF Ne-LIKE Ge FROM ITS GROUND STATE TO n=3 FINE STRUCTRUE ENERGY LEVELSJ. High Power Laser and Partical Beams, 1994, 06(02): 207-214.
Citation:
Fang Quanyu, Shen Zhijun, Cai Wei, et al. COLLISION STKENGTHS OF Ne-LIKE Ge FROM ITS GROUND STATE TO n=3 FINE STRUCTRUE ENERGY LEVELSJ. High Power Laser and Partical Beams, 1994, 06(02): 207-214.
COLLISION STKENGTHS OF Ne-LIKE Ge FROM ITS GROUND STATE TO n=3 FINE STRUCTRUE ENERGY LEVELS
This paper uses distort wave method to calculate Ge22+ collision strengths from itsground State to n= 3 fine structrue energy levels.The effect of different configurations and relativisticcorrection on collision strengths has been checked. The results are compared with those ofplane-wave,coulumb-wave and other distort-wave methods.
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