光学学报, 1982, 2 (5): 414, 网络出版: 2011-09-15
准分子激光光解卤化汞的研究
Research on photodissociation of mercury halides with excimer laser
摘要
本文报导用193nm ArF和222nm KrCl准分子激光分别光解HgBr2和HgI2产生Hg原子的404.7 nm(7~3S1→6~3P0 )、435.8 nm(7~3S1→6~3P1)和546.1 nm(7~3S1→6~3P2)的超辐射.文中讨沦了双光子光解选择激发Hg(7~3S1)态的机理。
Abstract
Intense super radiation at 404.7 nm (73S1 ~ 63P0), 435.8 nm (73S1 ~ 63P1) and 546.1 nm (73S1~ 63P2)from atomic Hg produced by photodissociation of HgBr2 and HgI2 respectively with an ArF exoimer laser at 193nm and a KrCl excimer laser at 222nm has been observed. The mechanism of selected excitation of Hg(73S1) state is discussed.
上官诚, 袁才来, 叶超. 准分子激光光解卤化汞的研究[J]. 光学学报, 1982, 2(5): 414. SHANGGUAN CHENG, YUAN CAILAI, YE CHAO. Research on photodissociation of mercury halides with excimer laser[J]. Acta Optica Sinica, 1982, 2(5): 414.
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