Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C<sup>2</sup>∏,v = 1）

Yang Dalin; Zhong Qinghua; Chen Wenwu; Ding Chuanfan; Zhou You; Zhu Qihe; Kong Fanao

Yang Dalin, Zhong Qinghua, Chen Wenwu, Ding Chuanfan, Zhou You, Zhu Qihe, Kong Fanao. Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C2∏,v = 1）[J]. Chinese Journal of Chemical Physics , 1996, 9(3): 227-230.

Citation:

Yang Dalin, Zhong Qinghua, Chen Wenwu, Ding Chuanfan, Zhou You, Zhu Qihe, Kong Fanao. Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C2∏,v = 1）[J]. Chinese Journal of Chemical Physics , 1996, 9(3): 227-230.

Citation:

Yang Dalin, Zhong Qinghua, Chen Wenwu, Ding Chuanfan, Zhou You, Zhu Qihe, Kong Fanao. Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C2∏,v = 1）[J]. Chinese Journal of Chemical Physics , 1996, 9(3): 227-230.

Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C²∏,v = 1）

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Abstract

The rotationally resolved multiphoton ionization spectroscopy and photoelectron spectroscopy of NO （C²∏, v=1）have been obtained by （2+1） multiphoton ionization in the wavelength range from 365 to 367nm. The stability of NO （C²∏. v = 1） at high J and multiphoton ionization processes have also been discussed.

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Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C2∏,v = 1）

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Rotational Resolved Resonant Enhance Multiphoton Ionization of NO （C²∏,v = 1）