Research field (2):
Solid earth science
, Solid earth science
Research keywords (4):
rheology
, deformation
, peridotite
, mantle
Research theme for competitive and other funds (8):
2021 - 2026 Seawater recycling delivered by oceanic plate recorded in the Chenaillet ophiolite, western Alps
2022 - 2025 定常状態の変形組織に達した多相系天然岩石に適用できる差応力計の開発
2021 - 2024 電場で岩石の粒成長、粘性率は変わるのか?
2018 - 2020 歪み集中帯の細粒鉱物混合層形成と化学効果
2016 - 2018 鉱物混合層の形成と歪み集中過程の解明
2014 - 2015 含水かんらん岩の組織発達と変形特性の解明
マントル流動・化学進化素過程を知るための転位構造・化学・拡散システマティクス
かんらん石多結晶体レオロジーにおける化学効果
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Papers (29):
Miki Tasaka, Koki Maeda, Kohta Nambu, Hiroki Motomura, Hidehiro Yoshida. Sintering and deformation properties of forsterite + diopside aggregates in an electrical field. Physics of the Earth and Planetary Interiors. 2023. 341. 107051-107051
Miki Tasaka, Yuga Nakai, Yumiko Harigane, Auer Andreas. Mantle deformation during opening of the Japan Sea back-arc: Insights from peridotite xenoliths, Kawashimo, southwest Japan. Tectonophysics. 2023. 849. 229722-229722
Manabu Morishige, Miki Tasaka. Limited impact of anisotropic thermal conductivity in the mantle wedge on the slab temperature in the Tohoku subduction zone, Northeast Japan. Tectonophysics. 2021. 820. 5