定向能量在陆地，空中与海上的应用: 1.jpg

本帖最后由 post2007 于 2018-5-26 16:48 编辑

定向能量在陆地，空中与海上的应用


40年来达尔格伦首先启动了利用电磁能量的研究与开发。从早期对电压倍增器与脉冲能技术的研究，到当今高能激光与高能微波技术的种种研究，海军水面作战中心达尔格伦分部都一直在领引并且正在继续领引前沿的定向能量的研究，开发，测试与评估。在此领域内，我们的承诺会越来越强大——正如我们定向能量作战办公室的特许明确清楚地证实——以便更多地关注这些技术对各种作战的应用。

当前在世界各地的军队面临着不同作战环境的各种挑战。由于在维和行动中与在市区内，交战的有限制规则代表了作战的模式，常规动力学武器常常受到限制，定向能量对解决当前的各种挑战提供了独特与机动灵活的选择。为了对抗各种非对称的威胁，常规动力学武器也较为昂贵或无效。


we first look back to the early years, decades ago, when directed-energy weapons research began. We examine the history of directed energy, and we cover significant discoveries and achievements made by NAVSEA Warfare Center scientists and engineers, and others in the scientific community. We then relate information about several of our current directed- energy initiatives, and about how we’re working hard to solve some of the most complex technical challenges associated with directed-energy weapons. We highlight how others in the Navy, such as the Naval Medical Research Unit in San Antonio, Texas, are also conducting research into directed energy and how our forces can better protect themselves from the effects of directed energy. We show how directed energy can be employed in a variety of offensive and defensive, lethal and nonlethal situations. We explain how directed-energy weapons work and how they can be employed in various environments against a wide range of situations. Lastly, we look forward as we provide technical and strategic leadership for the efficient and effective development, acquisition, and fielding of directed-energy systems for the warfighter.