High-energy laser experiments for vulnerability studies in the context of the European TALOS program

M. Taillandier, R. Peiffer, B. Colomer, R. Ortiz, E. Chalumeau, M. Pommies
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引用次数: 1

Abstract

This article reports a contribution to laser vulnerability involving a series of experiments of High-Energy Laser (HEL) effects, at the Vulnerability Test Facility (VTF), in Talence, France. The activity is realized in the framework of the Tactical Advanced Laser Optical System (TALOS) European project led by CILAS, as part of the “Preparatory Action on Defense Research” (PADR), with the objective of creating European capabilities in Laser Directed Energy Weapon (LDEW) technologies. The trial facility implements a 1.07µm continuous wave multi-kW high-energy modular laser source and is highly capable in emulating representative laser engagements. The targets of interest include miscellaneous target envelop materials, UAV components and mini-drones. The trials generate plenty of data and observations useful for a target vulnerability assessment. This constitutes elements to progress in HEL vulnerability and is a first step in clearing the path for a technical roadmap of a future LDEW capability. This project has received funding from the European Union’s Preparatory Action on Defense Research under grant agreement No. 831726. The statements made herein represent the opinion and findings of the authors. The European Union and the European Defense Agency are not responsible for any use that may be made of the information they contain.
欧洲TALOS计划背景下的脆弱性研究高能激光实验
本文报告了在法国塔朗斯的脆弱性测试设施(VTF)进行的一系列高能激光(HEL)效应实验对激光脆弱性的贡献。该活动是在由CILAS领导的战术先进激光光学系统(TALOS)欧洲项目框架内实现的,作为“防御研究准备行动”(PADR)的一部分,目的是创造欧洲在激光定向能武器(LDEW)技术方面的能力。该试验装置采用1.07 μ m连续波多千瓦高能模块化激光源,能够模拟典型的激光交战。感兴趣的目标包括各种目标包络材料、无人机组件和微型无人机。这些试验产生了大量对目标脆弱性评估有用的数据和观察结果。这构成了在HEL漏洞方面取得进展的要素,也是为未来LDEW能力的技术路线图扫清道路的第一步。该项目获得了欧洲联盟国防研究准备行动的资助,授权协议号831726。本文所作的陈述代表了作者的观点和发现。欧盟和欧洲防务局不负责任何使用他们所包含的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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