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激光在解电材料表面打出的微孔可以帮助控制宇宙飞船所碰到的带电问题。这一设想已由国际通信卫星组织委托HY-Tech公司的研究人员:海茨尔顿(R. Hazelton)和雅德罗斯基(E. Yadlousty)在实验上得到证实。宇宙飞船所用的解电材料会积聚电荷,这种电荷的放电效应会导致妨碍运行于轨道中的卫星的正常运行。即使选择聚四氟乙烯作为热控覆盖材料,但由于它长时间处于带电状态容易使材料受到损伤。这是目前存在的一种长期危险。
The tiny holes that the laser impinges on the surface of the de-electrified material can help to control the charging problems encountered by the spacecraft. This idea has been experimentally confirmed by researchers at HY-Tech, commissioned by Intelsat: R. Hazelton and E. Yadlousty. The charge-removing materials used by the spacecraft accumulate charges, which can cause the normal operation of the satellites in orbit. Even if the choice of PTFE as a thermal control cover material, but because it is charged for a long time prone to damage the material. This is a long-term danger that currently exists.