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件数:45件
[2018]
1.[] 月極域探査に関するワークショップ開催報告.[遊星人,27(1),(2018),103-106]長岡央、橋爪光、鹿山雅裕、大竹真紀子、星野健
2.[] Discovery of moganite in a lunar meteorite as a trace of H2O ice in the Moon’s regolith.[Science Advances,4,(2018),eaar4378-]M. KAYAMA, N. TOMIOKA, E. OHTANI, Y. SETO, H. NAGAOKA, J. GÖTZE, A. MIYAKE, S. OZAWA, T. SEKINE, M. MIYAHARA, K. TOMEOKA, M. MATSUMOTO, N. SHODA, N. HIRAO, T. KOBAYASHI
3.[] Cathodoluminescence of high-pressure feldspar minerals as a shock barometer.[Meteoritics & Planetary Science,53,(2018),1476-1488]M. KAYAMA, T. SEKINE, N. TOMIOKA, H. NISHIDO, Y. KATO, K. NINAGAWA, T. KOBAYASHI, A. YAMAGUCHI
4.[] Lunar and Martian Silica.[minerals,8(267),(2018)]M. KAYAMA, H. NAGAOKA, T. NIIHARA
[2017]
5.[] Luminescence Spectroscopical Properties of Plagioclase Particles from the Hayabusa Sample Return Mission: An Implication for Study of Space Weathering Processes in the Asteroid Itokawa.[Microscopy and Microanalysis,23,(2017),179-186]A. GUCSIK, T. NAKAMURA, C. JÄGER, K. NINAGAWA, H. NISHIDO, M. KAYAMA, A. TSUCHIYAMA, U. OTT, Á. KERESZTURI
6.[] High-pressure polymorphs in Yamato-790729 L6 chondrite and their significance for collisional condition.[Meteoritics & Planetary Science,(2017)]Y. KATO, T. SEKINE, M. KAYAMA, M. MIYAHARA, A. YAMAGUCHI
7.[] Cathodoluminescence petrography of P–type jadeitites from the New Idria serpentinite body, California.[Journal of Mineralogical and Petrological Sciences,112,(2017),291-299]N. TAKAHASHI, T. TSUJIMORI, M. KAYAMA, H. NISHIDO
8.[] Composition of Asian dust from cathodoluminescence spectral analysis of single quartz grains.[Geology,45,(2017),879-882]K. NAGASHIMA, H. NISHIDO, M. KAYAMA, Y. KUROSAKI, S. OHGO, H. HASEGAWA
9.[] Cathodoluminescence of synthetic zircon implanted by He+ ion.[Geochronometria,44,(2017),129-135]Y. TSUCHIYA1, M. KAYAMA, H. NISHIDO, Y. NOUMI
[2016]
10.[] Cryptoperthitic and replacive intergrowths with iridescence in monzonitic rocks from Cerro Colorado, northern Chile.[European Journal of Mineralogy,28,(2016),355-374]S. NAKANO, S. KOJIMA, K. MAKINO, M. KAYAMA, H. NISHIDO, J. AKAI.
11.[] Cathodoluminescence and Raman spectromicroscopy of forsterite in Tagish Lake meteorite: Implications for Astromineralogy.[International Journal of Spectroscopy,2016,(2016),1-8]A. GUCSIK, I. GYOLLAIA, H. NISHIDO, K. NINAGAWA, M. IZAWA, C. JÄGER, U. OTT, I. SIMONIA, S. BÉRCZI, M. KAYAMA
[2015]
12.[] 地球のしくみを理解する-広島大学理学部地球惑星システム学科へようこそ-.[(2015)]日高洋,関根利守,鹿山雅裕,宮原正明,伊藤元雄,早坂康隆,Das Kaushik,星野健一,大川真紀雄,佐藤友子,中久喜伴益,安東淳一,片山郁夫,須田直樹,廣瀬丈洋,林為人,白石史人,石川剛志,谷水雅治,坂口綾,大河内直彦,高橋嘉夫,田中雅人
13.[] 鹿児島県桜島産クリストバライトのフォトルミネッセンスとカソードルミネッセンス.[地球科学,69,(2015),337-342]河野俊夫,鹿山雅裕,中野聰志
14.[] c. 1450 Ma regional felsic volcanism at the fringe of the East Indian Craton: constraints from geochronology and geochemistry of tuff beds from detached sedimentary basins.[Geological Society, London, Memoirs,43,(2015),207-221]D. KAUSHIK, P. P. CHAKRABORTY, Y. HAYASAKA, M. KAYAMA, S. SAHA, K. KIMURA
15.[] Cathodoluminescence spectroscopical properties of plagioclase particles from asteroid Itokawa.[Advances in ESR Applications,31,(2015),6-8]A. GUCSIK, H. NISHIDO, K. NINAGAWA, A. KERESZTURI, T. NAKAMURA, A. TSUCHIYAMA, C. JÄGER, U. OTT, M. KAYAMA
16.[] Annealing effects on cathodoluminescence of zircon.[Journal of Mineralogical and Petrological Sciences,110,(2015),283-292]Y. TSUCHIYA, M. KAYAMA, H. NISHIDO, Y. NOUMI
[2014]
17.[] Impacts on airless objects under microgravity and possible related structures in Itokawa asteroid sample.[(2014)]A. KERESZTURI, A. GUCSIK, T. NAKAMURA, H. NISHIDO, K. NINAGAWA, M. KAYAMA
18.[] Cathodoluminescence of alkali feldspars and radiation effects on the luminescent properties.[American Mineralogist,99,(2014),65-75]M. KAYAMA, H. NISHIDO, S. TOYODA, K. KOMURO, A. A. FINCH, M. R. LEE, K. NINAGAWA
19.[] Electron irradiation effects on cathodoluminescence in zircon.[Journal of Mineralogical and Petrological Science,109,(2014),18-22]Y. TSUCHIYA, M. KAYAMA, H. NISHIDO, Y. NOUMI
[2013]
20.[] Cathodoluminescence microscopy and spectroscopy of forsterite from Kaba meteorite: An application to the study of hydrothermal alteration of parent body.[Meteoritics & Planetary Science,48,(2013),1-20]A. GUCSIK, T. ENDO, H. NISHIDO, K. NINAGAWA, M. KAYAMA, S. BÉRCZI, S. NAGY, P. ÁBRAHÁM, Y. KIMURA, H. MIURA, I. GYOLLAI, I. SIMONIA, P. RÓZSA, J. POSTA, D. APAI, K. MIHÁLYI, M. NAGY, U. OTT
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