The invention discloses a satellite structure supporting system adopting porous photonic crystals for shock absorption. The satellite structure supporting system comprises at least one supporting mechanism. Each supporting mechanism comprises a cross beam and two supporting columns located at the two ends of the cross beam respectively, and the supporting columns are made of porous photonic crystal materials. According to the satellite structure supporting system adopting the porous phononic crystals for shock absorption, the satellite structure supporting system adopting the porous phononic crystals for shock absorption is adopted, vibration waves are filtered and reduced through the supporting columns made of the porous phononic crystal materials, noise elimination and shock absorption effects are achieved, and internal components of a satellite are well protected.
本发明公开了一种采用多孔声子晶体避震的卫星结构支撑系统,包括至少一个支撑机构;每个所述支撑机构包括横梁和分别位于所述横梁两端的两个支撑柱,所述支撑柱为多孔声子晶体材料。本发明的采用多孔声子晶体避震的卫星结构支撑系统,采用多孔声子晶体避震的卫星结构支撑系统,通过多孔声子晶体材料的支撑柱过滤削减振动波,起到消声减震作用,对卫星内部部件起到良好的保护作用。
Satellite structure supporting system adopting porous phononic crystals for shock absorption
采用多孔声子晶体避震的卫星结构支撑系统
2020-10-27
Patent
Electronic Resource
Chinese
IPC: | B64G Raumfahrt , COSMONAUTICS |
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