Heat-pipe oven for large column densities with a well-defined optical path length

B. Steffes; X. Li; A. Mellinger; C. R. Vidal

doi:10.1007/BF01081253

Heat-pipe oven for large column densities with a well-defined optical path length

B. Steffes, X. Li, A. Mellinger, C. R. Vidal

Physics

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8 Scopus citations

Abstract

A concentric heat-pipe oven of improved design is presented which provides a metal-vapor inert-gas mixture of large column density and simultaneously with a stable, well-defined optical path length. It is applied to the efficient sum-frequency mixing in a metal-vapor inertgas mixture containing magnesium and krypton. The corresponding phase-matching curves, the intensity profiles around the two-photon resonance and the conversion efficiencies are presented.

Original language	English
Pages (from-to)	87-90
Number of pages	4
Journal	Applied Physics B: Lasers and Optics
Volume	62
Issue number	1
DOIs	https://doi.org/10.1007/BF01081253
State	Published - Jan 1996

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title = "Heat-pipe oven for large column densities with a well-defined optical path length",

abstract = "A concentric heat-pipe oven of improved design is presented which provides a metal-vapor inert-gas mixture of large column density and simultaneously with a stable, well-defined optical path length. It is applied to the efficient sum-frequency mixing in a metal-vapor inertgas mixture containing magnesium and krypton. The corresponding phase-matching curves, the intensity profiles around the two-photon resonance and the conversion efficiencies are presented.",

author = "B. Steffes and X. Li and A. Mellinger and Vidal, {C. R.}",

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AU - Mellinger, A.

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AB - A concentric heat-pipe oven of improved design is presented which provides a metal-vapor inert-gas mixture of large column density and simultaneously with a stable, well-defined optical path length. It is applied to the efficient sum-frequency mixing in a metal-vapor inertgas mixture containing magnesium and krypton. The corresponding phase-matching curves, the intensity profiles around the two-photon resonance and the conversion efficiencies are presented.

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Heat-pipe oven for large column densities with a well-defined optical path length

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