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The effects of space irradiation on the performances of Y-waveguide multifunction integrated optical circuit

机译:空间辐照对Y型波导多功能集成光路性能的影响

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In order to meet the requirements of fiber optic gyroscope in the space irradiation environment, irradiation properties of Y-waveguide multifunction integrated optical circuit (MIOC) device was studied theoretically and experimentally. The 60Co γ-rays total dose irradiation, proton irradiation and neutron irradiation properties were investigated. The results show that the irradiation ionization effect and displacement effect of the device are weak. The performance of the device keeps stable before and after irradiation, even after 3 years storage in laboratory environment and with no bleaching or degradation. The study in this paper indicates that Y-waveguide MIOC is insensitive to irradiation and can meet the reliability requirements for long-term space applications.
机译:为了满足光纤陀螺仪在空间辐照环境下的要求,对Y型波导多功能集成电路(MIOC)装置的辐照性能进行了理论和实验研究。研究了60Coγ射线的总剂量辐照,质子辐照和中子辐照性能。结果表明,该装置的辐照电离作用和位移作用较弱。该设备的性能在辐照前后均保持稳定,即使在实验室环境中存放3年也不会漂白或降解。本文的研究表明,Y型波导MIOC对辐射不敏感,可以满足长期太空应用的可靠性要求。

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