Nuclear-Physical Methods of Analysis in Lunar and Planetary Investigations

Y. Surkov
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引用次数: 5

Abstract

The advances of space technology ushered in a new era in the development of man's ideas about the solar system. The flights of space vehicles to the Moon, Venus, Mars and other planets made it possible to obtain quite new information on the composition, structure and properties of the matter of the solar system's bodies. In these studies a prominent role is played by remote and contact nuclear-physical methods of analyzing extraterrestrial matter — gamma-spectrometry, X-ray-spectrometry, alpha-spectrometry and neutron spectrometry. At present practically any space vehicle bound for planets carries scientific instrumentation based on the nuclear-physical methods of analysis. In this review paper we shall consider only gamma-spectrometry and X-ray-spectrometry by means of which the main information on the composition, structure and properties of the material of the Moon and planets was obtained.
月球和行星研究中的核物理分析方法
空间技术的进步开启了人类对太阳系认识发展的新时代。宇宙飞船飞往月球、金星、火星和其他行星,使人们有可能获得关于太阳系天体物质的组成、结构和性质的相当新的信息。在这些研究中,分析地外物质的远程和接触式核物理方法- -伽马能谱法、x射线能谱法、α能谱法和中子能谱法- -发挥了突出作用。目前,几乎任何前往行星的空间飞行器都携带着基于核物理分析方法的科学仪器。在这篇综述文章中,我们将只考虑伽玛能谱法和x射线能谱法,它们是获得月球和行星物质的组成、结构和性质的主要资料的手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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