借助SOLER项目工具开展的太阳爆发综合分析
Comprehensive solar eruption analyses enabled by the tools of the SOLER project
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中文总结 AI 辅助
本文介绍SOLER项目开发的太阳爆发综合分析基础设施，说明其软件获取与使用方法，给出工具组合应用的用例，助力用户开展太阳爆发的综合分析。
中文摘要 AI 辅助
太阳爆发包含多种现象，如耀斑、日冕物质抛射（CMEs）、大尺度日冕波、射电暴以及在行星际空间传播的高能粒子。这些现象通过多种仪器观测，包括遥感和原位探测器。要全面理解太阳爆发，通常需要分析各种不同的数据集，包括众多分析和建模工具以及广泛的专业知识。通常，这样的综合分析只能由一支熟练且知识广博的团队完成。高能太阳爆发：数据与分析工具（SOLER）项目旨在创建一个用于研究太阳爆发的综合分析平台，让单个用户能够轻松应用分析方法，应对太阳事件的各种对应现象。因此，项目的每个合作伙伴都开发了基于Python的软件，包括Jupyter Notebook形式的接口，这些接口提供了应用示例和简洁的逐步文档。本文介绍了SOLER项目开发的综合太阳爆发分析基础设施，说明了软件的获取途径、使用方法，并给出了选定工具组合使用的专用用例示例。
英文摘要
Solar eruptions comprise of a multitude of phenomena such as flares, coronal mass ejections (CMEs), large-scale coronal waves, radio bursts, and energetic particles traveling through interplanetary space. These phenomena are observed with a variety of instrumentation, including remote sensing and in-situ detectors. Obtaining a global understanding of a solar eruption often requires the analysis of various of these different datasets, including a multitude of analysis and modeling tools and a wide range of expertise. Usually, such a comprehensive analysis can only be achieved by a skilled and broad team. The Energetic Solar Eruptions: Data and Analysis Tools (SOLER) project aims at creating a comprehensive analysis platform for the study of solar eruptions that allows a single user to easily apply analysis methods addressing various counterparts of the solar event. Therefore, each partner of the project developed Python-based software, including interfaces in the form of Jupyter Notebooks, which provides application examples and concise step-to-step documentation. In this paper we introduce the comprehensive solar-eruption-analysis infrastructure developed within the SOLER project. We explain where to find the software, how to use it, and give dedicated use-case examples of how to employ selected tools in a combined manner.
