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Formation of Silicate Grains in Circumstellar Environments: Experiment, Theory and Observations

机译:在外观环境中形成硅酸盐颗粒:实验,理论和观察

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Amongst chemical reactions(1) in the molecular universe(2), condensation reaction is probably the most poorly understood. The condensation of a solid from its components in the gas phase occurs in many parts of our galaxy such as stellar mass outflows, the 'terrestrial' region of protoplanetary disks and in primordial solar nebula(3). But how does the transition occur from molecules to intermediate clusters to macroscopic grains? The major focus of the present work is the identification of chemical condensation reaction pathways that lead to the formation of stoichiometry, composition and crystallinity of cosmic silicates from vapor phase species.
机译:在分子宇宙(2)中的化学反应(1)中,凝结反应可能是最难的理解。来自气相中的组件的固体的冷凝发生在我们的星系的许多部分中,如恒星质量流出,原始圆盘的“地面”区域和原始太阳星云(3)。但是如何从分子到中间簇的过渡到宏观谷物?本作作品的主要焦点是鉴定化学缩合反应途径,从而导致从气相物质的宇宙硅酸盐的形成,组合物和结晶度的形成。

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