军用激光瞄准装置改进导则

Nikolay Padarev
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引用次数: 3

摘要

激光的发明完全可以被认为是20世纪最重要的发现之一。在这项技术发展之初,他们就已经预测到它具有完全的普遍适用性,从一开始就可以看到解决各种问题的前景,尽管当时有些任务甚至还没有出现在地平线上。原则上,可以在任何波长获得单色激光辐射,既可以以具有一定频率的连续波的形式获得,也可以以持续时间长达飞秒几分之一的短脉冲的形式获得。聚焦在所研究的样品上,激光束受到非线性光学效应的影响,这使得研究人员可以通过改变光的频率来进行光谱分析,也可以通过控制激光束的偏振来进行过程的相干分析。激光最初更多地局限于科学研究和军事应用。该报告审查了激光瞄准的使用。今天,在军事工业中引入激光技术的几个领域如下:空中,地面和地下定位,通信,导航系统,步枪,导弹防御系统。在报告中,让我们介绍一些激光的应用,以及对它们的保护
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Guidelines for improving laser targeting device in military
The invention of the laser can rightfully be considered one of the most significant discoveries of the 20th century. At the very beginning of the development of this technology, they already predicted a completely universal applicability, from the very beginning the prospect of solving various problems was visible, even though some tasks were not even visible on the horizon at that time. Monochromatic laser radiation can be obtained in principle at any wavelength, both in the form of a continuous wave with a certain frequency and in the form of short pulses lasting up to fractions of a femtosecond. Focusing on the studied sample, the laser beam is subjected to nonlinear optical effects, which allows researchers to perform spectroscopy by changing the frequency of light, as well as to perform coherent analysis of processes by controlling the polarization of the laser beam. Lasers were initially limited more to scientific research and military applications. The report examines the use of laser targeting. Today there are several areas in which the introduction of laser technology in the military industry follows: air, ground and underground location, communications, navigation systems, rifles, missile defense systems. In the report let’s present some of the applications of lasers, as well as protection of them
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