An excimer band extending between 271 and 284 nm in indium vapor is reported which is the result of a two-photon resonant ionization of indium vapor excited by a dye laser tuned to the 6 2S1/2-5 2P1/2 atomic transition. The observations were made both in quartz cells and in a heat pipe oven at temperatures between 943 and 1223 K in the presence of He, Ne and Ar buffer gases. The excimer state giving rise to the emission occurs at an energy which can be correlated with the In(7 2S1/2) and In(5 2P1/2) separated atom states. No structure other than a degradation to the blue is apparent in the spectrum.

Bicchi, P., Marinelli, C., & Bernheim, R.A. (1994). Excimer emission in Indium Vapour. CHEMICAL PHYSICS, 187(1-2), 107-110 [10.1016/0301-0104(94)00211-8].

Excimer emission in Indium Vapour

BICCHI,P.;MARINELLI, C.;
1994

Abstract

An excimer band extending between 271 and 284 nm in indium vapor is reported which is the result of a two-photon resonant ionization of indium vapor excited by a dye laser tuned to the 6 2S1/2-5 2P1/2 atomic transition. The observations were made both in quartz cells and in a heat pipe oven at temperatures between 943 and 1223 K in the presence of He, Ne and Ar buffer gases. The excimer state giving rise to the emission occurs at an energy which can be correlated with the In(7 2S1/2) and In(5 2P1/2) separated atom states. No structure other than a degradation to the blue is apparent in the spectrum.
Bicchi, P., Marinelli, C., & Bernheim, R.A. (1994). Excimer emission in Indium Vapour. CHEMICAL PHYSICS, 187(1-2), 107-110 [10.1016/0301-0104(94)00211-8].
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11365/10416
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