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Protection of inflatable modules of orbital stations against impacts of particles of space debris

机译:保护轨道站的充气模块免受空间碎片颗粒的影响

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Provides the describing the impact micrometeoroid and orbital debris (MMOD) on the Micrometeoroids and Debris Protection System (MDPS) for inflatable modules for lunar orbital application. MDPS flexibility and compactness are achieved by the use as screens packets fabric materials. These materials have effective crushing properties due to absorption of impact energy in the breakdown of tissue layers. The soft materials used to create inflatable modules are proving they can perform just as well as more rigid structures in space, but the impact physics is different. The development of method of describing the impact MMOD linked with this type of shields will lead to an improvement in their design, in terms of mass, efficiency and costs. The results are hypervelocity impact test campaign on the MDPS for inflatable modules for lunar orbital application presented.
机译:提供了描述微流星体和轨道碎片(MMOD)对月球轨道应用充气模块的微流星体和碎片保护系统(MDPS)的影响。 MDPS的灵活性和紧凑性是通过将其用作丝网包装材料来实现的。由于吸收了组织层破裂中的冲击能,这些材料具有有效的破碎特性。用于制造可充气模块的柔软材料证明,它们在太空中的性能和刚性结构一样好,但是撞击物理原理却有所不同。描述与这种类型的防护罩相关的撞击MMOD的方法的发展将导致其设计在质量,效率和成本方面的改进。结果是提出了针对月球轨道应用的充气模块在MDPS上进行的超高速冲击试验。

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