Medical
Life Sciences
Information Communication
Environment
Nanotechnology / Materials
Energy
Manufacturing Technology
Social Infrastructure
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Human and social sciences
Sorted by Keyword - 2092 word(s), 228 profile(s)
M
[Microfibril]
| Development of preventive medicine for aortic aneurysm and dissection of Marfan syndrome | Masahiro Saito (Professor) |
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[Microfluidic device]
| newDevelopment of a stromal function chip for reproduction of flow and transport phenomena in microenvironments in vivo. | Kenichi Funamoto (Professor) |
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[Micromachining]
| Minimally Invasive Medical Devices and Healthcare Devices Using Micro/Nano Machining Technology | Yoichi Haga (Professor) |
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| MEMS/Micromachines and Microfabrication Technology | Shuji Tanaka (Professor) |
[Microscopic Spectroscopy Measurement]
| Development of Atom-scale Spectroscopy Measurement for Nano Materials | Tadahiro Komeda (Professor) |
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[microsporogenesis]
| Methods to Restore Strelity of Gramineous Plants under High- and Low-Temperature Stress Conditions | Atsushi Higashitani (Professor) |
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[Microstructure]
| Advanced Control of Microstructure and Property of Structural Metallic Materials | Tadashi Furuhara (Professor) |
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[microwave]
| Microwave Processing of Functional Inorganic Materials | Hirotsugu Takizawa |
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[Microwaves]
| Advanced Wireless Information Technology | Noriharu Suematsu (Professor) |
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[Middle-aged]
| newEvaluating the Effects and Social Implementation of Community Sheds | Ayahito Ito (Lecturer) |
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[Millimeter wave]
| Development of Passive Millimeter-wave Imaging Device for Practical Applications | Hiroyasu Sato (Assistant Professor) |
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[Millimeter Wave Communications ]
| Liquid crystal reflectarrays to overcome wireless communication problem caused by building shadows. | Hideo Fujikake (Professor) |
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[millisecond]
| High-speed X-ray phase tomography with a millisecond-order temporal resolution | Wataru Yashiro (Professor) |
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[mind]
| Brain Mechanism Realizing Human Mind | Motoaki Sugiura (Professor) |
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[Minimally Invasive Treatment]
| Minimally Invasive Medical Devices and Healthcare Devices Using Micro/Nano Machining Technology | Yoichi Haga (Professor) |
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[Mitigation system]
| Development of Integration of Science and Technology for Tsunami Disaster Mitigation | Fumihiko Imamura (Professor) |
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[Mobile Adhoc Network]
| Message Transmission without Cellular Coverage, “Relay-by-Smartphone" | Nei Kato (Professor) |
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[mobile robot]
| Coexistence of humans and mobile robots | Yusuke Tamura (Associate Professor) |
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[modeling]
| Mathematical Biology | Hiromi Seno (Professor) |
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[mold]
| Indentation modulus 8.4 GPa! Resin replica mold more solid than polyimide | Masaru Nakagawa (Professor) |
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