The measuring and monitoring of the radiation environment of earth's space have very important significance for developing space science and application techniques. The measurement of space charged particle radiat...The measuring and monitoring of the radiation environment of earth's space have very important significance for developing space science and application techniques. The measurement of space charged particle radiation includes mainly two aspects: (1) measurement of energy spectra and flux of protons and electrons; (2) identification of particle species lighter than Fe and measurement of energy spectra. Charged particle spectroscope consisting of semiconductor detectors was usually used for the measurements mentioned above.展开更多
文摘The measuring and monitoring of the radiation environment of earth's space have very important significance for developing space science and application techniques. The measurement of space charged particle radiation includes mainly two aspects: (1) measurement of energy spectra and flux of protons and electrons; (2) identification of particle species lighter than Fe and measurement of energy spectra. Charged particle spectroscope consisting of semiconductor detectors was usually used for the measurements mentioned above.
