Research field (2)：
Solid earth science
, Space and planetary science
Research keywords (7)：
Water cycle in Earth’s interior
, magma ocean
, High-temperature and High-pressure experiment
, 微量元素
, 同位体
, 地球化学
, Crust-mantle recycling
Research theme for competitive and other funds (7)：
2024 - 2027 沈み込み帯での脱水作用におけるスラブ物質内の含水鉱物消長の実験的研究
2009 - 2011 Behavior of lithium isotopes in subduction zone mantle
2008 - 2010 Elucidation of dehydration and hydration at subduction zones and solid earth processes
2006 - 2007 Li isotope geochemistry ofHawaiian plume
2003 - 2005 Establishment of high-accuracy dating method of tiny zircon (<10μm) : Implication for age determination of the oldest rock on the Earth
2001 - 2002 地殻-マントル間の物質循環におけるリサイクル物質のリチウム同位体地球化学
1999 - 2001 Development of age determination method using U-Th isotope disequilibrium for the prediction of volcanic eruption
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Papers (28)：
Takuya Moriguti, Akira Yoneda, Eiji Ito. Temperature gradients in high pressure multi-anvil cell. High Pressure Research. 2024. 1-16
Takuya Moriguti, Yusuke Yachi, Akira Yoneda, Eiji Ito. Melting phase equilibrium relations in the MgSiO3-SiO2 system under high pressures. American Mineralogist. 2022. 107. 12. 2226-2233
Lalindra V. Ranaweera, Tsutomu Ota, Takuya Moriguti, Ryoji Tanaka, Eizo Nakamura. Circa 1 Ga sub-seafloor hydrothermal alteration imprinted on the Horoman peridotite massif. Scientific Reports. 2018. 8. 1
Axial temperature gradients in experimental cells for high-pressure multi-anvil apparatus
(JpGU 2024 2024)
Determination of temperature gradient in sample capsule in a high-pressure experimental cell at 2500oC heating based on coesite - stishovite transition
(The 64th High Pressure Conference of Japan 2023)
Determination of temperature gradient in the multi-anvil assembl at 2500°C heating temperature based on coesite-stishovite phase transition
(JpGU 2023 2023)
The thermal gradient at 2500 °C of thermocouple temperature in high-pressure cell assembly for Kawai-type high-pressure apparatus
(2022)
Evaluation of Enstatite chondrite model based on melting relations in the system MgSiO3-SiO2
(JpGU 2022 2022)
