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Life Sciences
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Sorted by Keyword - 2065 word(s), 229 profile(s)
S
[Summarizing skill]
| newDevelopment of an AI Diagnostic Model for Summarization Skill and Metacognitive Ability in English Listening and Reading Comprehension-Based Summarization | KATO Makiko (Assistant Professor) |
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[super vitaminE]
| Selective recovery of tocotrienol from vegetable oils using ion-exchange resins | Naomi Kitakawa (Professor) |
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[Supercapacitor]
| Advanced Nanotechnology for Critical metal free secondary battery | Itaru Homma (Professor) |
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[Supercomputer]
| Supercomputing for enabling large-scale advanced simulations | Hiroyuki Takizawa (Professor) |
|---|---|
| Development of a Numerical Prediction System for Sliding Part Wear and Seizure Occurrence Portions | Jun Ishimoto (Professor) |
[Supercomputer applications]
| High Performance Computer Architectures and their Applications | Hiroaki Kobayashi (Professor) |
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[Supercomputers]
| High Performance Computer Architectures and their Applications | Hiroaki Kobayashi (Professor) |
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[superconductivity]
| Emergence in collective electrons in organic molecular materials | Takahiko Sasaki (Professor) |
|---|---|
| Neutron scattering study on macroscopic quantum phenomena | Taku J Sato (Professor) |
| Oxide Electronics | Tomoteru Fukumura (Professor) |
[Supercritical]
| Development of a reaction process in supercritical water | Tadafumi Ajiri (Professor) |
|---|---|
| Low temperature reforming of hydrocarbons using metal oxide nanoparticles synthesized by supercritical method | Tadafumi Ajiri (Professor) |
[supercritical fluid]
| Supercritical Fluid Technology Based on its Unique Properties | Hiroshi Inomata (Specially Appointed Professor(Research)) |
|---|---|
| Process development using chemical reactions in high temperature/high pressure water; Super/subcritical fluid extraction technology | Qingxin Zheng |
[Supercritical reaction]
| Supercritical Hydrothermal Synthesis of Organic-Inorganic Hybrid Nanoparticles | Tadafumi Ajiri (Professor) |
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[superelastic alloy]
| Novel CoCr-based superelastic metallic biomaterial with low Young's modulus | Xiao Xu (Associate Professor) |
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[superelastic material]
| Novel Cu-Based Shape Memory Alloy with High Ductility | Ryosuke Kainuma (Professor) |
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[superspace group]
| Development of Potential Thermoelectric Materials | Yuzuru Miyazaki (Professor) |
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[Supply Chain Risk]
| Visualization of supply chain risks from the resource logistics perspective | Kazuyo Matsubae (Professor) |
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[suppressing tumorigenesis]
| DIFFERENTIATION INDUCING METHOD ENABLING TUMORIGENESIS OF IPS CELLS TO BE SUPPRESSED | Hiroshi Egusa (Professor) |
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