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空间太阳电池板可作为空间飞行器的动力源 ,但由于原子氧在空间太阳电池板银互连片上的腐蚀作用 ,可能影响空间太阳电池板的有效寿命 .因此 ,在北航流体所设计的原子氧效应地面模拟试验设备中 ,对空间太阳电池板的银互连片进行了抗原子氧效应地面模拟试验研究 .获得了银箔和不同防护镀层材料在原子氧环境中的不同剥蚀结果 ,这为进行银互连片表面的原子氧防护提供了必要的应用和设计依据 .
Space solar panels can be used as the power source of spacecraft, but due to the corrosive effect of atomic oxygen on the silver solar panels of space solar panels, the effective life of space solar panels may be affected.Therefore, atomic oxygen effect Ground simulation test equipment, the space solar panels silver interconnection tablets anti-surface effects of oxygen atom effect simulation test obtained different effects of silver foil and different protective coating material in the atomic oxygen environment erosion results, which for silver The atomic oxygen protection on the surface of the interconnection sheet provides the necessary application and design basis.