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Low-Earth-orbit proton and gamma ionization effects in piezoelectric alpha quartz crystal resonators

机译:压电α石英晶体谐振器中的低地球轨道质子和γ电离效应

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The susceptibility of piezoelectric quartz crystal resonators to low-Earth-orbit ionizing radiation degrades the performance of satellite communication systems. A study was initiated to investigate the interaction of proton radiation with the piezoelectric quartz crystals. This type of radiation is shown to interact more effectively with the quartz crystal resonators when they have adhered electrodes. It is found that these crystals interact more efficiently with protons when compared with electrodeless resonators. Impurities introduced by electrodes directly attached to the quartz crystal blank account for the increased radiation response of piezoelectric quartz crystals. The interaction of protons with the quartz lattice introduces a change in the piezoelectric parameters and, in turn, a change in resonance frequency.
机译:压电石英晶体谐振器对低地球轨道电离辐射的敏感性降低了卫星通信系统的性能。开始了一项研究,以研究质子辐射与压电石英晶体的相互作用。当石英晶体谐振器已经粘附电极时,这种类型的辐射可以更有效地与它们相互作用。发现与无电极谐振器相比,这些晶体与质子相互作用更有效。直接附着在石英晶体毛坯上的电极引入的杂质导致压电石英晶体的辐射响应增加。质子与石英晶格的相互作用导致压电参数的变化,进而引起共振频率的变化。

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