春山純一

研究者氏名	春山純一
	ハルヤマジュンイチ
URL
所属	国立研究開発法人宇宙航空研究開発機構
部署	宇宙科学研究所
職名
科研費研究者番号	40373443
J-Global ID	202001002664981989

研究キーワード

縦孔 ,溶岩チューブ ,火山活動 ,うずめ ,セレーネ ,太陽系 ,月 ,固体惑星

受賞

2022年9月

日本航空協会, 空の夢賞
春山純一

2018年3月

株式会社インプレスR&D, POD個人出版アワード、天夢人賞
春山純一

2013年

Elsevier (Planetary and Space Science）, Excellence in Reviewing Award 2013
Junichi Haruyama

2004年

24th International Symposium on Space Technology and Science, Best Poster Awards,FLIGHT MODEL PERFORMANCE OF SELENE TERRAIN CAMERA (II)
Junichi Haruyama Makiko Ohtake Tsuneo Matsunaga Naru Hirata Ryousuke Nakamura Akira Yoshizawa LISM Working Group

論文

<5 678 9 >

Calibration of NIR 2 of spectral profiler onboard kaguya/SELENE

Satoru Yamamoto Tsuneo Matsunaga Yoshiko Ogawa Ryosuke Nakamura Yasuhiro Yokota Makiko Ohtake Junichi Haruyama Tomokatsu Morota Chikatoshi Honda Takahiro Hiroi Shinsuke Kodama

IEEE Transactions on Geoscience and Remote Sensing 52(11) 6882-6898 2014年11月

The Spectral Profiler (SP) is a visible-near infrared spectrometer onboard the Japanese Selenological and Engineering Explorer (SELENE), which was launched in 2007 and observed the Moon until June 2009. The SP consists of two gratings and three li...

Geological features and evolution history of Sinus Iridum, the Moon

Le Qiao Long Xiao Jiannan Zhao Qian Huang Junichi Haruyama

Planetary and Space Science 101 37-52 2014年10月

The Sinus Iridum region is one of the important candidate landing areas for the future Chinese lunar robotic and human missions. Considering its flat topography, abundant geomorphic features and complex evolutionary history, this region shows grea...

Strong tidal heating in an ultralow-viscosity zone at the core-mantle boundary of the Moon

Yuji Harada Sander Goossens Koji Matsumoto Jianguo Yan Jinsong Ping Hirotomo Noda Junichi Haruyama

Nature Geoscience 7(8) 569-572 2014年8月

Tidal heating of a solid planetary body occurs by viscous dissipation, depending on its internal structure and thermal and orbital states. Calculations of the response of the Moon to tidal forces have considered lunar interior structure, but have ...

Regolith thickness over Sinus Iridum: Results from morphology and size-frequency distribution of small impact craters

Wenzhe Fa Tiantian Liu Meng Hua Zhu Junichi Haruyama

Journal of Geophysical Research E: Planets 119(8) 1914-1935 2014年8月

High-resolution optical images returned from recent lunar missions provide a new chance for estimation of lunar regolith thickness using morphology and the size-frequency distribution of small impact craters. In this study, regolith thickness over...

Impact cratering experiments in brittle targets with variable thickness: Implications for deep pit craters on Mars

T. Michikami A. Hagermann H. Miyamoto S. Miura J. Haruyama P. S. Lykawka

Planetary and Space Science 96 71-80 2014年6月

High-resolution images reveal that numerous pit craters exist on the surface of Mars. For some pit craters, the depth-to-diameter ratios are much greater than for ordinary craters. Such deep pit craters are generally considered to be the results o...