行星际任务中诱导放射性本底预测与观测的比较

C. Dyer, P. Truscott, L. Evans, J. Trombka
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引用次数: 3

摘要

对宇宙射线引起的锗、锗酸铋和碘化钠的放射性进行了预测,并与火星观察者号和近地小行星交会任务获得的数据进行了比较。支配线特征的能量被很好地预测。对火星观察者号上的锗探测器进行了定量比较,基于原色散裂的预测总体上是一致的,观测结果优于两倍。对月球勘探者任务中的锗酸铋探测器进行了飞行前预测。
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Comparison between predictions and observations of induced radioactive background in interplanetary missions
Predictions have been made of the cosmic-ray induced radioactivity in germanium, bismuth germanate and sodium iodide and are compared with data obtained from the Mars Observer and Near Earth Asteroid Rendezvous missions. The energies of the dominant line features are well predicted. Quantitative comparisons have been made for the germanium detector on Mars Observer and predictions based on spallation by primaries are generally in agreement, with observations to better than a factor of two. Pre-flight predictions are presented for the bismuth germanate detector on the Lunar Prospector mission.
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Comparison between predictions and observations of induced radioactive background in interplanetary missions Spectral analysis in high radiation space backgrounds with robust fitting A Monte-Carlo ray-tracing program for modeling scintillators Long-term energetic-particle databases from geosynchronous and GPS orbits Validating the new SEE low altitude proton model
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