SNaX: A Database of Supernova X-Ray Light Curves.

IF 5.1 2区 物理与天体物理 Q1 ASTRONOMY & ASTROPHYSICS Astronomical Journal Pub Date : 2017-06-01 Epub Date: 2017-05-09 DOI:10.3847/1538-3881/aa6d50
Mathias Ross, Vikram V Dwarkadas
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Abstract

We present the Supernova X-ray Database (SNaX), a compilation of the X-ray data from young supernovae (SNe). The database includes the X-ray fluxes and luminosities of young SNe, from days to years after outburst. The original goal and intent of this study was to present a database of Type IIn SNe (SNe IIn), which we have accomplished. Our ongoing goal is to expand the database to include all SNe for which published data are available. The database interface allows one to search for SNe using various criteria, plot all or selected data points, and download both the data and the plot. The plotting facility allows for significant customization. There is also a facility for the user to submit data that can be directly incorporated into the database. We include an option to fit the decay of any given SN light curve with a power-law. The database includes a conversion of most data points to a common 0.3-8 keV band so that SN light curves may be directly compared with each other. A mailing list has been set up to disseminate information about the database. We outline the structure and function of the database, describe its various features, and outline the plans for future expansion.

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SNaX:超新星 X 射线光曲线数据库。
我们介绍了超新星X射线数据库(SNaX),这是一个年轻超新星(SNe)的X射线数据汇编。该数据库包括年轻超新星爆发后数天到数年的X射线通量和光度。这项研究的最初目标和意图是建立一个 IIn 型超新星(SNe IIn)数据库,我们已经完成了这一目标。我们目前的目标是扩大数据库,以包括所有已公布数据的SNE。数据库界面允许人们使用各种标准搜索SNE,绘制所有或选定数据点的曲线图,并下载数据和曲线图。绘图功能允许用户进行大量定制。用户还可以提交数据,将其直接纳入数据库。我们提供了一个选项,可以用幂律拟合任何给定 SN 光曲线的衰减。该数据库包括将大多数数据点转换为一个通用的 0.3-8 keV 波段,这样 SN 光曲线就可以直接相互比较了。为了传播有关该数据库的信息,我们建立了一个邮件列表。我们概述了该数据库的结构和功能,介绍了它的各种特点,并概述了未来的扩展计划。
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来源期刊
Astronomical Journal
Astronomical Journal 地学天文-天文与天体物理
CiteScore
8.40
自引率
24.50%
发文量
501
审稿时长
2-4 weeks
期刊介绍: The Astronomical Journal publishes original astronomical research, with an emphasis on significant scientific results derived from observations. Publications in AJ include descriptions of data capture, surveys, analysis techniques, astronomical interpretation, instrumentation, and software and computing.
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