HUSCAP logo Hokkaido Univ. logo

Hokkaido University Collection of Scholarly and Academic Papers >
Institute of Low Temperature Science >
低温科学 = Low Temperature Science >
第78巻 >

原始惑星系円盤の有機分子と硫黄系分子 : モデルとALMA観測

Files in This Item:
19_p165-172.LT78.pdf1.36 MBPDFView/Open
Please use this identifier to cite or link to this item:http://doi.org/10.14943/lowtemsci.78.165

Title: 原始惑星系円盤の有機分子と硫黄系分子 : モデルとALMA観測
Other Titles: Organicmoleculesandsulfur-bearingmoleculesinprotoplanetarydisks : modelingandALMAobservations
Authors: 野村, 英子1 Browse this author
樋口, あや2 Browse this author
坂井, 南美3 Browse this author
山本, 智4 Browse this author
長沢, 真樹子5 Browse this author
田中, 今日子6 Browse this author
三浦, 均7 Browse this author
中本, 泰史8 Browse this author
田中, 秀和9 Browse this author
山本, 哲生10 Browse this author
Walsh, Catherine Browse this author
Millar, Tom J. Browse this author
Authors(alt): Nomura, Hideko1
Higuchi, Aya2
Sakai, Nami3
Yamamoto, Satoshi4
Nagasawa, Makiko5
Tanaka, Kyoko K.6
Miura, Hitoshi7
Nakamoto, Taishi8
Tanaka, Hidekazu9
Yamamoto, Tetsuo10
Keywords: 原始惑星系円盤
塵表面反応
化学反応ネットワーク
電波観測
protoplanetarydisks
grainsurfacereactions
chemicalreactionnetwork
radioobservations
Issue Date: 24-Mar-2020
Publisher: 低温科学第78巻編集委員会
Journal Title: 低温科学
Volume: 78
Start Page: 165
End Page: 172
Abstract: 惑星は,原始惑星系円盤内のガスとダストから形成され,円盤内の化学進化を経て,我々の太陽系内物質が生成されたと考えられる.ALMAによる惑星形成領域の高解像度・高感度観測は,円盤からの様々なガス輝線の検出を可能にした.一方で,塵表面反応も含めた円盤内の詳細な化学反応モデルも構築され,円盤から惑星系への化学進化が明らかになりつつある.本稿では,特に塵表面反応により生成されると考えられている複雑な有機分子と硫黄系分子に焦点を当て,円盤からのメタノールの初検出も含め,モデルとALMA観測に関する研究を紹介する.
Planets are formed from gas and dust in protoplanetary disks, and it is thought that the materials in our Solar System were generated through chemical evolution taking place in a protoplanetary disk. The high-resolution and high-sensitivityobservationsofplanetformationregionsmadewithALMAhaveenabledthedetectionofvariousgas emission lines from protoplanetary disks. In addition, detailed chemical reaction models of protoplanetary disks, includingthedustsurfacereaction,havebeenestablished,andthechemicalevolutionfromdiskstoplanetarysystems is currently being revealed. In this paper, we will focus on complex organic molecules (COMs) and sulfur-bearing moleculesthatarethoughttobegeneratedthroughgrainsurfacereactionsandintroduceresearchonvariousmodels and ALMA observations, including the first detection of methanol in a protoplanetary disk.
Type: bulletin (article)
URI: http://hdl.handle.net/2115/77778
Appears in Collections:低温科学 = Low Temperature Science > 第78巻

Export metadata:

OAI-PMH ( junii2 , jpcoar )

MathJax is now OFF:


 

 - Hokkaido University