EFFECTS OF VIBRATIONAL EXCIATION OF TARGET NITOGEN MOLECULE IN NEAR-RESONANT CHARGE-TRANSFER REACTION OF He^+ WITH N_2 AT THERMAL ENERGY
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概要
- 論文の詳細を見る
- 2002-12-15
著者
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TSUJI M.
Institute of Advanced Material Study and Graduate School of Engineering Sciences, Kyushu University
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Hamagami T.
Institute Of Advanced Material Study And Department Of Applied Science For Electronics And Materials
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NAKANO K.
Institute of Advanced Material Study and Department of Applied Science for Electronics and Materials
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TSUJI T.
Institute of Advanced Material Study and Department of Applied Science for Electronics and Materials
関連論文
- VIBRATIONAL AND ROTATlONAL DISTRIBUTlONS OF NO^+(A^1II) IN THE He_2^+/NO CHARGE-TRANSFER REACTION AT 300 K
- EFFECTS OF VIBRATIONAL EXCIATION OF TARGET NITOGEN MOLECULE IN NEAR-RESONANT CHARGE-TRANSFER REACTION OF He^+ WITH N_2 AT THERMAL ENERGY
- ELECTRONIC STATE DISTRIBUTIONS OF Ne^* PRODUCED FROM Ne^+ + 2e^- COLLISIONAL RADIATIVE RECOMBINATION IN A FLOWING AFTERGLOW