Two-beam CO2 laser system for laser induced fusion experiments

J. Parker, M. Nutter, J. Hayden, S. Singer, I. Liberman
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Abstract

As the only well developed laser system potentially suitable for a laser fusion power system, it is critical that the feasibility of fusion induced by CO2 laser pulses be demonstrated. For the next 2 years (until the 10-kJ 8-beam system at LASL becomes operational), the principal tool for carrying out these investigations will be the Dual Beam Laser System (DBLS). Designed primarily as a prototype for the four modules that will comprise the 10-kJ laser system, DBLS has been upgraded to an experimental target facility by the addition of a high-contrast short-pulse oscillator and the necessary target diagnostic and handling equipment. With target experiments scheduled to begin in the spring of 1976, the DBLS is currently undergoing evaluation to establish its short-pulse performance characteristics.
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激光诱导聚变实验用双光束CO2激光系统
作为唯一一种发展良好的激光系统,它可能适合于激光聚变动力系统,因此证明CO2激光脉冲诱导聚变的可行性至关重要。在接下来的两年里(直到LASL的10-kJ 8光束系统投入使用),进行这些研究的主要工具将是双光束激光系统(DBLS)。DBLS主要设计为组成10 kj激光系统的四个模块的原型,通过增加高对比度短脉冲振荡器和必要的目标诊断和处理设备,DBLS已经升级为实验目标设施。随着目标实验计划在1976年春季开始,DBLS目前正在进行评估以确定其短脉冲性能特征。
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