NEOWISE发现的彗星族群及CO+CO2产生率

James M. Bauer; Rachel Stevenson; Emily Kramer; A. K. Mainzer; Tommy Grav; Joseph R. Masiero; Yan R. Fernández; Roc M. Cutri; John W. Dailey; Frank J. Masci; Karen J. Meech; Russel Walker; C. M. Lisse; Paul R. Weissman; Carrie R. Nugent; Sarah Sonnett; Nathan Blair; Andrew Lucas; Robert S. McMillan; Edward L. Wright; the WISE; NEOWISE Teams

NEOWISE发现的彗星族群及CO+CO2产生率

地球与行星天体物理 2015-10-09 v2

作者: James M. Bauer , Rachel Stevenson , Emily Kramer , A. K. Mainzer , Tommy Grav , Joseph R. Masiero , Yan R. Fernández , Roc M. Cutri , John W. Dailey , Frank J. Masci , Karen J. Meech , Russel Walker , C. M. Lisse , Paul R. Weissman , Carrie R. Nugent , Sarah Sonnett , Nathan Blair , Andrew Lucas , Robert S. McMillan , Edward L. Wright , the WISE , NEOWISE Teams

在 arXiv 上查看 ↗ PDF ↗

摘要

WISE/NEOWISE巡天任务期间观测到的163颗彗星代表了迄今为止对彗星进行的最大规模红外巡天，为尘埃、核大小以及CO+CO2产生提供了约束。我们给出了WISE/NEOWISE彗星发现的详细分析，并讨论了显示4.6 $\mu$ m波段超额的活跃彗星的观测结果。我们发现尘埃产生与CO+CO2产生之间可能存在关联，并且长周期和短周期彗星核的大小可能存在差异。

关键词

NEOWISE comet population CO+CO2 production dust production comet nuclei sizes infrared survey

引用

@article{arxiv.1509.08446,
  title  = {The NEOWISE-Discovered Comet Population and the CO+CO2 production rates},
  author = {James M. Bauer and Rachel Stevenson and Emily Kramer and A. K. Mainzer and Tommy Grav and Joseph R. Masiero and Yan R. Fernández and Roc M. Cutri and John W. Dailey and Frank J. Masci and Karen J. Meech and Russel Walker and C. M. Lisse and Paul R. Weissman and Carrie R. Nugent and Sarah Sonnett and Nathan Blair and Andrew Lucas and Robert S. McMillan and Edward L. Wright and the WISE and NEOWISE Teams},
  journal= {arXiv preprint arXiv:1509.08446},
  year   = {2015}
}

备注

67 pages, 10 figures, 6 Tables; Accepted by The Astrophysical Journal

NEOWISE发现的彗星族群及CO+CO2产生率

摘要

关键词

引用

备注

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