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Gamma Spectrometry of Composite Models of Planetary Matter on the JINR Accelerator Proton Beam with Tagged Protons
Physics of Particles and Nuclei Letters Pub Date : 2020-06-22 , DOI: 10.1134/s1547477120030115
I. G. Mitrofanov , M. L. Litvak , D. V. Golovin , C. Yu. Nikiforov , A. B. Sanin , A. A. Anikin , M. I. Mokrousov , G. N. Timoshenko , V. A. Krylov , E. E. Pavliki , V. N. Shvetsov , G. V. Mytsin , A. G. Molokanov

Abstract

The results of the second stage of laboratory tests of the space gamma-spectrometer model on the phasotron installed at the JINR Laboratory of Nuclear Problems are presented. Tagged protons are applied in these experiments. Comparative estimates of the sensitivity of the tagged-proton method used aboard lander stationary or mobile platforms to detect inhomogeneities in the underlying surface are obtained. Composite models of planetary matter consisting of silicon oxide, aluminum, and iron are used to imitate space experiments.


中文翻译:

带有标记质子的JINR加速器质子束上行星物质复合模型的伽马能谱

摘要

介绍了安装在JINR核问题实验室的等速辐射仪上的空间伽马能谱仪模型的第二阶段实验室测试的结果。标记的质子应用于这些实验。获得了在登陆器固定或移动平台上使用的标记质子方法检测下面表面不均匀性的灵敏度的比较估计。由氧化硅,铝和铁组成的行星物质的复合模型用于模拟空间实验。
更新日期:2020-06-22
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