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首页> 外文期刊>Journal of Geophysical Research, A. Space Physics: JGR >Eruptive event generator based on the Gibson-Low magnetic configuration
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Eruptive event generator based on the Gibson-Low magnetic configuration

机译：基于Gibson-Low喷发事件生成器磁配置

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摘要

Coronal mass ejections (CMEs), a kind of energetic solar eruptions, are an integral subject of space weather research. Numerical magnetohydrodynamic (MHD) modeling, which requires powerful computational resources, is one of the primary means of studying the phenomenon. With increasing accessibility of such resources, grows the demand for user-friendly tools that would facilitate the process of simulating CMEs for scientific and operational purposes. The Eruptive Event Generator based on Gibson-Low flux rope (EEGGL), a new publicly available computational model presented in this paper, is an effort to meet this demand. EEGGL allows one to compute the parameters of a model flux rope driving a CME via an intuitive graphical user interface. We provide a brief overview of the physical principles behind EEGGL and its functionality. Ways toward future improvements of the tool are outlined.
机译：日冕物质抛射(cme),一种精力充沛太阳喷发,是不可分割的主题空间天气的研究。(磁流体动力)建模,这就需要强大计算资源,是主要的之一研究这一现象的方法。可访问性的资源,增加需求为方便用户友好的工具过程模拟cme的科学操作的目的。发生器基于Gibson-Low通量绳(EEGGL),一个新的公开可用的计算模型本文阐述的是努力满足这个需求。参数模型的通量绳开CME通过一个直观的图形用户界面。简要概述的物理原则背后EEGGL及其功能。概述了未来改进的工具。

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