Session Details
[P-PS08]Formation and evolution of planetary materials in the Solar System
Fri. May 26, 2023 10:45 AM - 12:15 PM JST
Fri. May 26, 2023 1:45 AM - 3:15 AM UTC
Fri. May 26, 2023 1:45 AM - 3:15 AM UTC
Online Poster Zoom Room (1) Online Poster
convener:Yuki Hibiya(Research Center for Advanced Science and Technology, The University of Tokyo), Noriyuki Kawasaki(Department of Earth and Planetary Sciences, Graduate School of Science, Hokkaido University), Toru Matsumoto(The Hakubi Center for Advanced Research, Kyoto University), Minako Hashiguchi(Nagoya University)
On-site poster schedule(2023/5/25 17:15-18:45)
In this session, we will discuss the material evolution in the Solar System based on extraterrestrial sample analyses and experimental works. We will overlook recent knowledge from primitive materials such as chondrites, interplanetary dust particles, and returned samples by space missions (ex. Hayabusa 2 mission). Research works on meteorite parent body processes such as aqueous alteration, thermal metamorphism, shock metamorphism, volcanic activity, and core-mantle-crust differentiation will also be discussed. The topics of this session include experimental studies which, together with meteorite studies, help us to understand the material formation/evolution in the Solar System as well as processes on meteorite parent bodies. Presentations on new innovative analytical and theoretical techniques in various research fields (chemistry, theoretical calculation, physical property), and exploratory research by students are highly welcome to improve future studies of the Solar System evolution. This session is J (Japanese) session but English talks are also welcomed.
[PPS08-P01]Sulfur in mesosiderites
*naoji sugiura1, Tomoko Arai1 (1.Chiba Institute of Technology)
[PPS08-P02]STXM-C-XANES, IR microspectroscopy, and Raman microspectroscopy analysis of organic matter in the Chwichiya 002 C3.00-ungrouped chondrite
*Takashi Tominaga1, Yoko Kebukawa1, Kensei Kobayashi1, Mike Zolensky2, Shohei Yamashita3, Yoshio Takahashi4 (1.Yokohama National University, 2.NASA Johnson Space Center, 3.High Energy Accelerator Research Organization, 4.University of Tokyo)
[PPS08-P03]Two components mixture of nitrogen isotope composition for CI chondrites deciphered by the stepwise combustion method
*Ayano Chiba1, kohga kasahara1, Ko Hashizume1 (1.Ibaraki University)
[PPS08-P04]Alteration of organic matter in carbonaceous chondrites and their analog compounds by ultraviolet irradiations and space exposures: Exploring chemical reactions on the surface of small bodies
*Kosuke Shimizu1, Masashi Koga1, Itsuki Sakon3, Kensei Kobayashi1, Hajime Mita4, Hajime Yano2, Yoko Kebukawa1 (1.Yokohama National University, 2.JAXA, 3.The University of Tokyo, 4.Fukuoka Institute of Technology)
[PPS08-P05]Organic synthesis experiments to constrain the heliocentric distances of chondrite parent body accretion
*Masanori Suzuki1, Yoko Kebukawa1, Kensei Kobayashi1 (1.Yokohama National University)
[PPS08-P06]Nitridation of magnetite on the surface of C-type asteroid Ryugu.
*Toru Matsumoto1, Takaaki Noguchi1, Akira Miyake1, Yohei Igami1, Mitsutaka Haruta1, Hayabusa2 Min-Pet-Fine Team, The Hayabusa2 initial analysis core Team (1.Kyoto Univ.)
[PPS08-P07]Three-dimensional distributions of solar wind helium on the surfaces of Itokawa regolith particles
*Tomoya Obase1, Ken-ichi Bajo1, Yuta Otsuki1, Hisayoshi Yurimoto1 (1.Hokkaido University)
[PPS08-P08]26Al–26Mg chronology of high-temperature condensate minerals in a fine-grained, Ca-Al-rich inclusion from reduced CV chondrite
*Noriyuki Kawasaki1, Daiki Yamamoto2, Sohei Wada1, Changkun Park3, Hwayoung Kim3, Naoya Sakamoto1, Hisayoshi Yurimoto1 (1.Hokkaido University, 2.Kyushu University, 3.KOPRI)
[PPS08-P09]Evaporation experiments of SiC in low-pressure H2-H2O gas mixtures: Implication for the survivability of presolar SiC grains under the oxidative protosolar disk conditions
*Daiki Yamamoto1, Aki Takigawa2, Shogo Tachibana2 (1.Department of Earth and Planetary Sciences, Faculty of Sciences, Kyushu Univ. , 2.The University of Tokyo)
[PPS08-P10]Further evidence for dust transport in the Solar protoplanetary disk inferred from oxygen isotope analyses of DOM 08006 (CO3.01) chondrules
*Kohei Fukuda1, Mingming Zhang2, Travis Tenner3, Makoto Kimura4, Noriko T. Kita2 (1.Osaka University, 2.University of Wisconsin-Madison, 3.Los Alamos National Laboratory, 4.National Institute of Polar Research)
[PPS08-P11]Microstructural and chemical analyses of impact melt splashes on Ryugu particle surfaces
*Megumi Matsumoto1, Junya Matsuno2, Akira Tsuchiyama2,3, Tomoki Nakamura1, Yuma Enokido1, Masahiro Yasutake4, Kentaro Uesugi4, Akihisa Takeuchi4, Satomi Enju5, Shota Okumura6, Itaru Mitsukawa6, Sun Mingqi3, Akira Miyake6, Hisayoshi Yurimoto7, Takaaki Noguchi6, Ryuzi Okazaki8, Hikaru Yabuta9, Kanako Sakamoto10, Shogo Tachibana11, Sei-ichiro Watanabe12, Yuichi Tsuda10 (1.Tohoku University, 2.Ritsumeikan University, 3.GIG/CAS, 4.JASRI/SPring-8, 5.Ehime University, 6.Kyoto University, 7.Hokkaido University, 8.Kyushu University, 9.Hiroshima University, 10.JAXA/ISAS, 11.University of Tokyo, 12.Nagoya University)
[PPS08-P12]TOF-SIMS analysis of organic matter in Ryugu samples.
*Minako Hashiguchi1, Dan Aoki1, Kazuhiko Fukushima1, Hikaru Yabuta2, Hisayoshi Yurimoto3, Tomoki Nakamura4, Takaaki Noguchi5, Ryuji Okazaki6, Hiroshi Naraoka6, Sakamoto Kanako7, Shogo Tachibana7,8, Sei-ichiro WATANABE1, Yuichi Tsuda7, the Hayabusa2 initial-analysis IOM team (1.Nagoya University, 2.Hiroshima University, 3.Hokkaido University, 4.Tohoku University, 5.Kyoto University, 6.Kyushu University, 7.ISAS/JAXA, 8.The University of Tokyo)
[PPS08-P13]Petrography of the cm-sized dark clast in NWA7678 reduced CV3 chondrite
*Takumi Sakurai1, Shoichi Itoh1 (1.Kyoto University)