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Research on high-energy performance of GECAM satellite GRD detector

机译:GECAM卫星GRD探测器高能性能研究。

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Scientific satellites can effectively detect astronomy. Accurate ground calibration experiments are required on the detector before the satellite payload is completed. Through the X-ray energy spectrum detected by the high-purity germanium detector, the energy resolution and energy response of the energy spectrum can be studied to meet the ground calibration requirements of the gravitational wave electromagnetic counterpart all-weather monitor (GECAM satellite). This paper mainly introduces the performance study of the X-ray high-energy part of the GRD detector, and conducts preliminary calibration experiments on the energy range from 80Kev to 150Kev. The test results: the high-purity enthalpy of the standard detector and the GRD detector have good energy linearity; The energy resolution of the single-energy X-ray of the GRD detector is better than 10.2%@79.9keV, which has good monochromaticity.
机译:科学卫星可以有效地探测天文学。在卫星有效载荷完成之前,需要在探测器上进行准确的地面校准实验。通过高纯锗探测器的X射线能谱,可以研究能谱的能量分辨率和能量响应,以满足重力波电磁对应全天候监测仪(GECAM卫星)的地面校准要求。本文主要介绍了GRD探测器X射线高能部分的性能研究,并对能量范围从80Kev到150Kev进行了初步的校准实验。测试结果:标准检测器和GRD检测器的高纯焓具有良好的能量线性; GRD探测器的单能X射线能量分辨率优于10.2%@79.9keV,具有很好的单色性。

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