Research on laser threat to satellite

Yu Chuan Yang, Min Bo He, Lei Cai, Si Qi Liu, Zhi Hua Wu, Ya Fei Ding, Lu Ming Huang, Hai Ming Wang, Ru Sheng Sun
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Abstract

With the rapid development of laser technology, the potential risk of on orbit satellites being attacked by laser becomes more and more prominent. According to the types of exposed parts of the satellite, the degree of damage and the impact on the satellite function, the vulnerability analysis of the satellite system to laser irradiation was carried out. The results show that the satellite solar array, thermal control components, star sensors and communication antennas are vulnerable to laser attack, and have different degrees of impact on the long-term or short-term operation status of the satellite. Based on the general function module and information logic of the satellite, the satellite laser irradiation threat assessment software is constructed, and the quantitative assessment results of the damage of different components affecting the satellite status under typical space conditions are obtained through settlement, so as to carry out risk assessment and provide reference for formulating defense strategies.
关于激光对卫星威胁的研究
随着激光技术的飞速发展,在轨卫星遭受激光攻击的潜在风险日益突出。根据卫星暴露部件的类型、受损程度和对卫星功能的影响,对卫星系统进行了激光辐照易损性分析。结果表明,卫星太阳电池阵列、热控部件、星载传感器和通信天线等易受激光攻击,对卫星长期或短期运行状态有不同程度的影响。基于卫星的通用功能模块和信息逻辑,构建了卫星激光辐照威胁评估软件,通过沉降得到典型空间条件下影响卫星状态的不同部件损伤定量评估结果,从而进行风险评估,为制定防御策略提供参考。
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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