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首页> 外文期刊>IEEE Transactions on Plasma Science >Primary Research of Small Space Debris Impact Inducing Discharge
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Primary Research of Small Space Debris Impact Inducing Discharge

机译:小空间碎片撞击诱发放电的初步研究

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When considering the risk of small space debris for spacecraft, the impact inducing discharge is of main concern. However, research on this effect is rare, especially for debris with diameters between 10 $mu{rm m}$ and 1 mm. Using a plasma drag particles accelerator, the primary research of small space debris impact inducing discharge experiments was carried out. Those experiments indicate that particles with diameters ${sim}{rm 200}~mu{rm m}$ and velocity faster than 1.1 km/s can induce discharge. In addition, because the impact can create a cloud with plasma, gas and solid have an effect on discharging, and more research needs to be carried out to make clear the discharging process and the effect of different kinds of matter in the impacting cloud.
机译:在考虑航天器空间碎片较小的风险时,引起碰撞的冲击是主要关注的问题。但是,对这种作用的研究很少,特别是对于直径在10μm至1mm之间的碎屑。使用等离子拖动粒子加速器,对小空间碎片撞击诱导放电实验进行了初步研究。这些实验表明,直径为$ {sim} {rm 200}〜mu {rm m} $且速度高于1.1 km / s的粒子会引起放电。另外,由于撞击会产生等离子的云,气体和固体会对放电产生影响,因此需要进行更多的研究来明确放电过程以及撞击云中各种物质的影响。

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