Tohoku University. Research Profiles

LANGUAGE

Sorted by Keyword - 1770 word(s), 284 profile(s)

 S

[strength]

Advanced Control of Microstructure and Property of Structural Metallic Materials FURUHARA Tadashi (Professor)

[stress]

The Novel Ultrasound Irradiation Device NONOGAKI Katsunori (Professor)

[stress assessment]

Project “The Mirror Magical”: Remote and Non-Contact Extraction of Biological Information YOSHIZAWA Makoto ( )

[Stress Corrosion Crack]

Fabrication of Imitative Stress Corrosion Cracking Specimens for the Development of Nondestructive Evaluation Techniques YUSA Noritaka (Professor)

[stress corrosion cracking]

Suppression of Intergranular Degradation of Polycrystalline Materials by Grain Boundary Engineering SATO Yutaka (Professor)

[stroke]

Mechanism of Restoration and Rehabilitative Treatment of Movement Disorders IZUMI Shin-ichi (Professor)

[Suatainability]

Integrated Design for Sustainable Energy Systems NAKATA Toshihiko (Professor)

[super vitaminE]

Selective recovery of tocotrienol from vegetable oils using ion-exchange resins SHIBASAKI-KITAKAWA Naomi (Professor)

[Superalloy]

Precipitation Hardened Co-based Alloy OMORI Toshihiro (Associate Professor)

[Supercomputer]

Supercomputing for enabling large-scale advanced simulations TAKIZAWA Hiroyuki (Professor)

[Supercomputer applications]

High Performance Computer Architectures and their Applications KOBAYASHI Hiroaki (Professor)

[Supercomputers]

High Performance Computer Architectures and their Applications KOBAYASHI Hiroaki (Professor)

[superconductivity]

Emergence in collective electrons in organic molecular materials SASAKI Takahiko (Professor)
Neutron scattering study on macroscopic quantum phenomena SATO Taku J (Professor)
Oxide Electronics FUKUMURA Tomoteru (Professor)

[Supercritical]

Development of a reaction process in supercritical water ADSCHIRI Tadafumi (Professor)
Low temperature reforming of hydrocarbons using metal oxide nanoparticles synthesized by supercritical method ADSCHIRI Tadafumi (Professor)

[supercritical fluid]

Supercritical Fluid Technology Based on its Unique Properties INOMATA Hiroshi (Professor)

[Supercritical reaction]

Supercritical Hydrothermal Synthesis of Organic-Inorganic Hybrid Nanoparticles ADSCHIRI Tadafumi (Professor)

[superelastic material]

Novel Cu-Based Shape Memory Alloy with High Ductility KAINUMA Ryosuke (Professor)