论文部分内容阅读
空间实验室所处的低地球轨道,空间环境复杂多样,高压太阳电池阵的空间等离子体效应突出。等离子体效应和防护是采用高压太阳电池阵必须解决的关键技术。分析了低轨等离子体环境,研究了新型高压太阳电池阵弧光放电的机理及其产生的影响,模拟了低轨道等离子体环境试验,验证了半刚性太阳电池阵和柔性太阳电池阵在该空间环境中的适应性。
The low earth orbit where space laboratory is located has complex and diverse space environment, and the space plasma effect of high voltage solar array is outstanding. Plasma effect and protection are key technologies that must be addressed using high voltage solar arrays. The environment of low-orbit plasma was analyzed. The mechanism and the influence of arc discharge of the new high-voltage solar array were studied. The environmental test of low-orbit plasma was simulated. The results show that the semi-rigid solar array and flexible solar array In the adaptability.