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Status and prospects for lasers in isotope separation

J.I. Davis, James Z. Holtz, Mary L. Spaeth

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Abstract

The laser-based process for uranium isotope separation is described. The process is expected to be the first large-scale application of lasers to bulk matterials processing - one that will provide insight into the character of other future large-scale laser-based industrial processes. The process is discussed from the standpoints of the status of the copper/dye laser components and systems and cost implications for the these laser systems.

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What this paper is about

The laser-based process for uranium isotope separation is described. The process is expected to be the first large-scale application of lasers to bulk matterials processing - one that will provide insight into the character of other future large-scale laser-based industrial processes. The process is discussed from the standpoints of the status of the copper/dye laser components and systems and cost implications for the these laser systems.

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OpenAlex reports 10 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The laser-based process for uranium isotope separation is described. The process is expected to be the first large-scale application of lasers to bulk matterials processing - one that will provide insight into the character of other future large-scale laser-based industrial processes. The process is discussed from the standpoints of the status of the copper/dye laser components and systems and cost implications for the these laser systems.

Key concepts: Laser, Isotope separation, Atomic vapor laser isotope separation, Process (computing), Scale (ratio), Process engineering, Isotope, Materials science

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