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Technical challenges for the future of high energy lasers

机译:高能激光器的未来技术挑战

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摘要

The Solid-State, Heat-Capacity Laser (SSHCL) program at Lawrence Livermore National Laboratory is a multi-generation laser development effort scalable to the megawatt power levels with current performance approaching 100 kilowatts. This program is one of many designed to harness the power of lasers for use as directed energy weapons. There are many hurdles common to all of these programs that must be overcome to make the technology viable. There will be a in-depth discussion of the general issues facing state-of-the-art high energy lasers and paths to their resolution. Despite the relative simplicity of the SSHCL design, many challenges have been uncovered in the implementation of this particular system. An overview of these and their resolution are discussed. The overall system design of the SSHCL, technological strengths and weaknesses, and most recent experimental results will be presented.
机译:劳伦斯·利弗莫尔国家实验室(Lawrence Livermore National Laboratory)的固态热容激光器(SSHCL)计划是一项多代激光器开发工作,可扩展至兆瓦级功率,当前性能接近100千瓦。该程序是旨在利用激光的能量作为定向能量武器使用的众多程序之一。为了使该技术可行,所有这些程序都有许多共同的障碍。将会对最先进的高能激光器及其解决途径进行深入讨论。尽管SSHCL设计相对简单,但在实施此特定系统时仍发现了许多挑战。讨论了这些及其解决方案的概述。将介绍SSHCL的总体系统设计,技术优势和劣势以及最新的实验结果。

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