The University of Chicago cosmic ray electrons and nuclei experiment on the H spacecraft

Physics – Nuclear Physics

Scientific paper

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Cosmic Rays, Electron Spectroscopy, Energy Spectra, International Sun Earth Explorers, Nuclei (Nuclear Physics), Scintillation Counters, Silicon Radiation Detectors, Calibrating, Command And Control, Counting Rate Computers, Gamma Rays, Ground Support Equipment, Logic Design, Solar Cosmic Rays, Solar Electrons

Scientific paper

The University of Chicago instrument on the Heliocentric spacecraft (MEH experiment) will measure the energy spectrum of cosmic electrons in the range 5-400 MeV. In addition, the energy spectra and relative abundances of nuclei from protons to the iron group, with energies ranging from 30 MeV/n to 15 GeV/n, will be determined. Primary scientific objectives involve the study of the long and short term variability of these components as a probe of the structure of the heliosphere. Particles are identified by multiparameter analysis using the pulse height analyzed signals from eight active detectors - silicon solid state, plastic and crystal scintillators are solid and gas Cerenkov counters. Data return is optimized by a three level priority logic scheme.

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