| E-E energy transfer rate for the reaction of N_2(a~1Π_g)+CO(X~1∑)→CO(A~1Π)+N_2(X~1∑_g) |
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| 摘 要： | The metastable N_2(a~1 Π_g, v~′) is not only one of the most important energy carriers in the discharge of nitrogen, but also one of the most prominent ultraviolet molecular emission source in the ionosphere. Knowledge of its energy transfer processes is important for chemical lasers, atmosphere chemistry and remote sensing applications. In 1972, Golde and
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| 收稿时间： | 1995-12-11 |
E-E energy transfer rate for the reaction of N_2(a~1Π_g)+CO(X~1∑)→CO(A~1Π)+N_2(X~1∑_g) |
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| Institution: | SHEN Guanlin LI Xuechu CHEN Hong
WANG Liming and LOU Nanquan
(State Key Laboratory of Molecular Reaction Dynamics, Dalian Institute of Chemical Physics, Chinese Academy of Sciences, Dalian 116023, China) |
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| Abstract: | The metastable N_2(a~1 Π_g, v~′) is not only one of the most important energy carriers in the discharge of nitrogen, but also one of the most prominent ultraviolet molecular emission source in the ionosphere. Knowledge of its energy transfer processes is important for chemical lasers, atmosphere chemistry and remote sensing applications. In 1972, Golde and |
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| Keywords: | excitation energy transfer vacuum ultraviolet emission vibration population |
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