We hold JSEDI Symposium 2015 to aim at
surveying the leading edge of SEDI,
such as the structure, composition and dynamics
of Earth and planetary deep interiors,
from viewpoints of researchers in various fields,
and discussing the present situation of SEDI in respective fields.
As found in the program,
the meeting features four topics regarding
the structure, composition and dynamics of the Earth
and other planetary bodies.
Each session includes a 60 minutes keynote talk,
two 30 minutes focused research talks,
a poster session, and
general discussion about all presentations in the session.
JSEDI 2015 Abstract Volume has been uploaded.
Notice to Poster Presenters
Maximum size of a poster is 90 cm (W) x 120 cm (H).
Therefore the size of A0 portrait,
84.1 cm (W) x 118.9 cm (H), is recommended.
| 11 |
F. Takahashi (Kyushu U.)
|
Dynamo models of small objects: Mercury and Ganymede
|
| 21 |
Y. Shirahata, K. Inoue, T. Mitsui, H. Watanabe, K. Ishidoshiro,
H. Ikeda, T. Takai, S. Ishio (RCNS, Tohoku U.)
|
Development for anti-neutrino directional measurement
|
| 22 |
D. Takahashi, I. Sumita (Kanazawa U.)
|
Experiments on the whole process of magma chamber solidification:
preliminary results
|
| 23 |
L. Xie, A. Yoneda, E. Ito (ISEI, Okayama U.)
|
Directly apply sintered boron-doped diamond cylinder as heater in the Kawaii-Cell
|
| 31 |
M. Matsushima (Tokyo Tech)
|
Thickness of a possible stratified layer at the core surface
estimated from a core surface flow model
|
| 32 |
R. Nakashima, S. Yoshida (Kyushu U.)
|
The boundary mode of the axially symmetric MAC wave in the stratified layer
at the top of the Earth's outer core
|
| 33 |
T. Otaki (GSJ/AIST), S. Kaneshima (Kyushu U.)
|
Sensitivity of core phases to F-layer structure
|
| 34 |
Y. Sasaki (Kyoto U.), S. Takehiro (RIMS, Kyoto U.)
|
Penetration of magneto-hydrodynamic disturbances into a strongly stable outer layer caused by MHD dynamo in a rotating spherical shell
|
| 35 |
K. Umemoto (ELSI, Tokyo Tech), K. Hirose (ELSI, Tokyo Tech; JAMSTEC)
|
Liquid iron alloys with hydrogen at outer core conditions by first-principles calculation
|
| 41 |
K. Hamada, K. Yoshizawa (Hokkaido U.)
|
Upper mantle structure of North America using inter-station phase and amplitude data of surface waves
|
| 42 |
C. Houser, J. Hernlund, R. Wentzcovitch, M. Ballmer (ELSI, Tokyo Tech)
|
Seismic constraints on the BEAMS (Bridgmanite Enriched Ancient Mantle Structure) model for mantle evolution
|
| 43 |
A. Nakao, H. Iwamori (Tokyo Tech; JAMSTEC), T. Nakakuki (Hiroshima U.)
|
Effects of water and fluid transport on subduction dynamics
|
| 44 |
R. Narita, K. Hamada, K. Yoshizawa (Hokkaido U.)
|
Inter-station phase speed and amplitude measurements of surface waves toward a high-resolution upper mantle model in the Sea of Japan
|
| 45 |
H. Shimizu, H. Utada (ERI, U. Tokyo)
|
Further examination of the geoelectromagnetic jerk hypothesis
|
| 46 |
S. Tanaka (JAMSTEC), H. Kawakatsu (ERI, U. Tokyo)
|
New constraints on S-wave velocity structure near the western edge of the Pacific LLSVP
|
| 47 |
K. Yoshizawa (Hokkaido U.)
|
Anisotropic layering in the continental upper mantle: Implications for the mid-lithosphere discontinuity?
|
17 September 2015
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