论文标题
火山挥发物的三维模型对可居住行星的大气化学丰度贡献
A 3-Dimension Model of Volcanism Volatiles Contribution on Atmospheric Chemical Abundance of Habitable Planets
论文作者
论文摘要
该火山在大众交换圈中起着重要的作用，以使从行星核心到气氛的物质。因此，这是一种可能通过建模火山挥发物的过程来研究大气中元素丰度的变化并在大气中混合的方法，这是本文的重点。本文从挥发物的产生中渗透到岩浆中不同典型元素的物种，质量和摩尔部分。然后建立了挥发物的扩散进度模型，以量化高度的元素丰度。并获得了不同高度的元素丰度的定量模型。
The volcanism plays an important part in mass exchange circle to bring matter from core of planet to atmosphere. Thus, it is a possible method to research the change of elements abundance in atmosphere by modeling the process of volatiles from volcanism get through and mix in atmosphere, which is the focused point of this article. This article penetrates from the generation of volatiles, talks the species, mass, and mole fractions of different typical elements in magma. Then a diffusion progress model of volatiles was built to quantify the abundance of elements with altitude. And the quantitative models of element abundance at different heights are obtained.
