Formation and Evolution of Circumstellar and Interstellar PAHs: A Laboratory Study

C. Contreras, C. L. Ricketts, Farid Salama
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引用次数: 2

Abstract

Studies of dust analogs formed from hydrocarbon ( C H 4 , C 2 H 2 , C 2 H 4 , C 2 H 6 ) and PAH precursors have been performed using a new facility that we have developed to simulate interstellar and circumstellar processes. The species formed in a plasma are detected, characterized and monitored in situ with high-sensitivity techniques, which provide both spectroscopic and ion mass information. From these measurements we derive information on the nature, the size and the structure of dust particles, as well as a better understanding of the growth and destruction processes of extraterrestrial dust.
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星周和星际多环芳烃的形成和演化:实验室研究
由碳氢化合物(碳氢化合物,碳氢化合物,碳氢化合物,碳氢化合物,碳氢化合物)和多环芳烃前体形成的尘埃类似物已经使用我们开发的模拟星际和星周过程的新设备进行了研究。在等离子体中形成的物质可以通过高灵敏度技术进行检测、表征和原位监测,从而提供光谱和离子质量信息。从这些测量中,我们获得了关于尘埃颗粒的性质、大小和结构的信息,也更好地了解了地外尘埃的生长和破坏过程。
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