Medical
Life Sciences
Information Communication
Environment
Nanotechnology / Materials
Energy
Manufacturing Technology
Social Infrastructure
Frontier
Liberal Arts
Sorted by Keyword - 1944 word(s), 250 profile(s)
R
[Recycling]
| Process development using chemical reactions in high temperature/high pressure water; Super/subcritical fluid extraction technology | Qingxin Zheng |
|---|
[Reflective Display]
| Development of the high-quality and low-power display system for ultra-realistic communications | Takahiro Ishinabe (Professor) |
|---|
[regenerative medicine]
| DIFFERENTIATION INDUCING METHOD ENABLING TUMORIGENESIS OF IPS CELLS TO BE SUPPRESSED | Hiroshi Egusa (Professor) |
|---|---|
| Method for efficient production of induced pluripotent stem cells utilizing cells derived from oral mucosa | Hiroshi Egusa (Professor) |
[regional fieldwork]
| Theory and practice of energy design to drive decarbonization | Toshihiko Nakata (Professor) |
|---|
[regional lymph node]
| Development of an intranodal administration method | Tetsuya Kodama (Professor) |
|---|
[Reliability & Safety]
| Innovative Preparing and Thick Coating Technique without Heat Affected Zone and Phase Transformation | Kazuhiro Ogawa (Professor) |
|---|
[Remote Operation]
| Research and Development of Space Exploration Robots | Kazuya Yoshida (Professor) |
|---|
[Remote Sensing]
| Design and Development of 50 kg-class Micro Satellites | Kazuya Yoshida (Professor) |
|---|---|
| Simulation, Remote Sensing and Geoinformatics for Disaster Management | Shunichi Koshimura (Professor) |
[Repair]
| Innovative Preparing and Thick Coating Technique without Heat Affected Zone and Phase Transformation | Kazuhiro Ogawa (Professor) |
|---|
[reprecipitation method]
| Fabrication of The Novel Designed Nanodrugs Composed of Poorly Water-Soluble Compounds | Hitoshi Kasai (Professor) |
|---|
[Rescue]
| Robot Technology for Achieving Secure Society | Satoshi Tadokoro (Professor) |
|---|
[Residual Stress]
| Cavitation Peening | Hitoshi Soyama (Professor) |
|---|
[resilience]
| Business Continuity Management (BCM) | Hiroaki Maruya (Professor) |
|---|
[resin]
| Indentation modulus 8.4 GPa! Resin replica mold more solid than polyimide | Masaru Nakagawa (Professor) |
|---|
[resin mold]
| Indentation modulus 8.4 GPa! Resin replica mold more solid than polyimide | Masaru Nakagawa (Professor) |
|---|
[Resource Chemical Process]
| Process development using chemical reactions in high temperature/high pressure water; Super/subcritical fluid extraction technology | Qingxin Zheng |
|---|
[resource circulation]
[resource recovery from waste]
| Converting Food Waste into Valuable Materials with Hot-Compressed Water Treatment | Tomoyuki Fujii (Professor) |
|---|
