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Whither High-Energy: Lasers?

机译：Whither高能：激光？

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Clearly there are major milestones, significant challenges, and exciting new technologies facing the high-energy laser community for the next decade or so. High-energy laser weapons research is arguably on the knee of the technological development curve. Weapon-class chemical laser systems―THEL, ATL, and ABL―have demonstrated, or will soon do so, their worth in appropriate environments. The High Energy Laser Joint Technology Office is pushing state-of-the-art, solid-state lasers for tactical applications. Finally, advances in cooperative beacons and advanced adaptive optics are enabling relay-mirror technology to emerge as a significant force enhancer for all high-energy laser systems. These are indeed exciting times, but it is a very tough job and the Air Force cannot expect to be totally successful. Future combat capabilities, as forecasted by these demonstrators and to the degree they are successful, will greatly benefit the US war fighter and provide unprecedented asymmetric war-fighting capabilities for the twenty-first century.
机译：显然，未来十年左右，高能激光领域将面临重大的里程碑，重大的挑战和令人振奋的新技术。高能激光武器的研究可以说是技术发展曲线的紧要关头。武器级化学激光系统-THEL，ATL和ABL-已经证明或即将在适当的环境中证明其价值。高能激光联合技术办公室正在推动用于战术应用的最先进的固态激光器。最后，协作信标和先进的自适应光学技术的进步使中继镜技术成为所有高能激光系统的重要力量增强器。确实是激动人心的时刻，但这是一项艰巨的工作，空军不能指望它会完全成功。这些示威者预测，未来的战斗能力及其成功程度将极大地使美国战机人员受益，并为二十一世纪提供空前的非对称战斗能力。

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