论文部分内容阅读
对高能激光大气传输效应进行了理论分析,并结合数值算例定量分析了能见度和传输距离对到靶功率的影响。在此基础上,提出了一种基于阵列式探测器的高能激光大气传输试验与评估方法,给出了高能激光束到靶光斑参数的计算方法。研究结果能够用于测量高能激光通过大气传输后的激光功率密度时空分布,评估舰载高能激光武器大气传输能力,为未来开展高能激光武器外场试验奠定理论基础。
The theory of high-energy laser atmospheric transmission is analyzed theoretically, and numerical examples are given to quantitatively analyze the influence of visibility and transmission distance on the target power. On this basis, an experiment and evaluation method of high-energy laser atmospheric transmission based on array detector is proposed, and the calculation method of high-energy laser beam to target spot parameter is given. The results can be used to measure the spatial and temporal distribution of laser power density after the high-energy laser passes through the atmosphere and evaluate the atmospheric transmission capacity of the shipborne high-energy laser weapon, laying a theoretical foundation for the field test of high-energy laser weapons in the future.