极前SiC和石墨晶粒中的核合成特征。

JPS conference proceedings Pub Date : 2017-01-01 Epub Date: 2016-09-17 DOI:10.7566/JPSCP.14.010303
Sachiko Amari
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引用次数: 0

摘要

极前SiC和石墨晶粒是同位素特征已被广泛研究的晶粒类型。单颗粒中轻元素和中间元素的同位素组成主要采用二次离子质谱法进行分析。关于核合成条件的详细信息可以从重元素的同位素组成中获得。用共振电离质谱法分析了碳化硅和石墨晶粒中重元素的同位素组成。使用新开发的仪器,对重元素和稀有气体的分析可能会对极前晶粒产生新的见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Nucleosynthetic Signatures in Presolar SiC and Graphite Grains.

Nucleosynthetic Signatures in Presolar SiC and Graphite Grains.

Presolar SiC and graphite grains are the grain types whose isotopic signatures have been extensively studied. Isotopic compositions of light and intermediate elements in single grains have been analyzed mostly using secondary ion mass spectrometry. Detailed information about nucleosynthetic conditions can be obtained from isotopic compositions of heavy elements. Isotopic compositions of heavy elements in SiC and graphite grains have been analyzed using resonant ionization mass spectrometry. Analyses of heavy elements and noble gases are likely to produce new insights into presolar grains using newly-developed instruments.

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