The ASAS-SN bright supernova catalogue – IV. 2017

The ASAS-SN bright supernova catalogue – IV. 2017
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DOI:
10.1093/mnras/stz073
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发表时间:
2018-11
影响因子:
4.8
通讯作者:
T. Holoien;J. Brown;P. Vallely;K. Stanek;C. Kochanek;B. Shappee;J. Prieto;S. Dong;J. Brimacombe;D. Bishop;S. Bose;J. Beacom;D. Bersier;Ping Chen;L. Chomiuk;E. Falco;S. Holmbo;T. Jayasinghe;N. Morrell;G. Pojmański;J. Shields;J. Strader;M. Stritzinger;T. Thompson;P. Wozniak;G. Bock;P. Cacella;J. G. Carballo;I. Cruz;E. Conseil;R. G. Farfan;J. Fernández;S. Kiyota;R. Koff;G. Krannich;P. Marples;G. Masi;L. Monard;J. A. Muñoz;B. Nicholls;R. Post;G. Stone;D. Trappett;W. Wiethoff
T. Holoien;J. Brown;P. Vallely;K. Stanek;C. Kochanek;B. Shappee;J. Prieto;S. Dong;J. Brimacombe;D. Bishop;S. Bose;J. Beacom;D. Bersier;Ping Chen;L. Chomiuk;E. Falco;S. Holmbo;T. Jayasinghe;N. Morrell;G. Pojmański;J. Shields;J. Strader;M. Stritzinger;T. Thompson;P. Wozniak;G. Bock;P. Cacella;J. G. Carballo;I. Cruz;E. Conseil;R. G. Farfan;J. Fernández;S. Kiyota;R. Koff;G. Krannich;P. Marples;G. Masi;L. Monard;J. A. Muñoz;B. Nicholls;R. Post;G. Stone;D. Trappett;W. Wiethoff
中科院分区:
物理与天体物理2区
文献类型:
--
作者:
T. Holoien;J. Brown;P. Vallely;K. Stanek;C. Kochanek;B. Shappee;J. Prieto;S. Dong;J. Brimacombe;D. Bishop;S. Bose;J. Beacom;D. Bersier;Ping Chen;L. Chomiuk;E. Falco;S. Holmbo;T. Jayasinghe;N. Morrell;G. Pojmański;J. Shields;J. Strader;M. Stritzinger;T. Thompson;P. Wozniak;G. Bock;P. Cacella;J. G. Carballo;I. Cruz;E. Conseil;R. G. Farfan;J. Fernández;S. Kiyota;R. Koff;G. Krannich;P. Marples;G. Masi;L. Monard;J. A. Muñoz;B. Nicholls;R. Post;G. Stone;D. Trappett;W. Wiethoff

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在这个目录中,我们汇编了由超新星全天自动巡天(ASAS-SN)发现的所有超新星以及2017年发现的所有其他明亮(mpeak 6 17),光谱证实的超新星的信息,共计308颗超新星。我们还提出了从样本中超新星的所有宿主星系的公共数据库中收集的近红外幅度的紫外线。我们对我们的全亮超新星样本进行了统计分析,该样本现在包含自2014年5月1日以来发现的949颗超新星,包括我们以前目录中的超新星。这是ASAS-SN团队关于明亮超新星及其宿主的系列年度论文中的第四篇。
In this catalog we compile information for all supernovae discovered by the All-Sky Automated Survey for SuperNovae (ASAS-SN) as well as all other bright (mpeak 6 17), spectroscopically confirmed supernovae found in 2017, totaling 308 supernovae. We also present UV through near-IR magnitudes gathered from public databases of all host galaxies for the supernovae in the sample. We perform statistical analyses of our full bright supernova sample, which now contains 949 supernovae discovered since 2014 May 1, including supernovae from our previous catalogs. This is the fourth of a series of yearly papers on bright supernovae and their hosts from the ASAS-SN team.