| The research results show that the fluctuation of space electromagnetic environment has obvious correlation with crustal movement.Establishing a monitoring system of space electromagnetic environment is helpful to study the relationship between seismic mechanism and spatial electromagnetic disturbance,and it is important for exploring new methods of earthquake prediction.The goal of the ZH-1 satellite is to establish an experimental platform for monitoring physical quantities such as electromagnetic waves,electromagnetic fields,ionospheric plasmas and high-energy particles in the global space environment,providing a new research method for studying seismic mechanism and space electromagnetic environment.The purpose of the high-energy particle detector is to monitor the change of the incident direction and energy of high-energy charged particles in the Earth’s space environment,and to explore the possible relationship between the change of high-energy charged particles in space and the earthquake,and to lay the foundation for future earthquake prediction.The paper mainly studies the ZH-1 satellite high-energy particle detector data processing software for high-energy segment load and low-energy segment load incident particle type,flux,energy spectrum,incident direction measurement and solar X-ray monitoring.By designing the data processing software under the Hadoop platform to complete the data processing work,the measurement results are obtained,and compared with the detection results of other similar satellites in the world,and the correctness of the data processing is verified.Finally,the output of 0,1,2 data products that meet the design requirements is supported by data research for researchers engaged in space high-energy particles. |
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