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The State of Space Weather Scientific Modeling-An Introduction

机译:空间天气科学建模现状-简介

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The discipline of "Space Weather" is built on the scientific foundation of solar-terrestrial physics but with a strong orientation toward applied research. Models describing the solar-terrestrial environment are therefore at the heart of this discipline, for both physical understanding of the processes involved and establishing the capability to predict the consequences of these processes. This issue of Space Science Reviews contains four topical reviews on primarily European scientific progress in understanding and modeling space weather phenomena. The four reviews deal with (i) monitoring, modeling and predicting solar weather, (ii) the radiation environment of the Earth, (iii) solar wind disturbances and their interaction with geospace, and (iv) the upper atmosphere's response to space weather events.
机译:“空间天气”学科是建立在太阳地面物理学的科学基础上的,但对应用研究有很强的指导意义。因此,描述太阳地面环境的模型是该学科的核心,既可以物理理解所涉及的过程,也可以建立预测这些过程的后果的能力。本期《空间科学评论》包含四篇主题评论,主要针对欧洲在理解和建模空间天气现象方面的科学进展。这四项审查涉及(i)监测,建模和预测太阳天气,(ii)地球的辐射环境,(iii)太阳风扰动及其与地球空间的相互作用,以及(iv)高空对空间天气事件的响应。

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