| Keywords |
Name |
| 1~9 |
17th-century England |
Tomoshiro KANNO |
| A |
Abrasion |
Masato WADA |
|
Acoustic analysis |
Kensaku YANAGIMOTO |
|
Actinomycetes |
Natsumi SAITO |
|
Active fault |
Hiroshi SAWA |
|
AES |
Masaru TANAKA |
|
Alkali covered surface |
Masaru TANAKA |
|
Analytical chemistry |
Hiroyuki ARAFUNE |
|
Application of sensor and microcomputer |
Shinichiro HOSHINA |
| B |
Barrier-free |
Michiaki SHISHIDO |
|
Biofluid |
Toshio NAKAYAMA |
|
Biomass |
Michiaki SHISHIDO |
|
Biomass |
Yumiko MATSUURA |
|
Biomass |
Hiroki ANZAI |
|
Biomaterial |
Masao IIJIMA |
|
Bio-sensing |
Ken-ichi KONNO |
|
biotechnology |
Katsuhiko NISHIYAMA |
|
Blackboard |
Toru SUZUKI |
|
Blended Learning |
Toru SUZUKI |
| C |
Catalyst |
Yumiko MATSUURA |
|
Catalysts |
Tomohiro YAHAGI |
|
Cellular response |
Ken-ichi KONNO |
|
ceramics |
Shigeharu ITO |
|
Chaotic Mixing / Leadership Model |
Koji TAKAHASHI |
|
Characterization |
Toshio KAMIJO |
|
Charcoal |
Tsukasa SATO |
|
cognitive grammar |
Eiichiro TANABE |
|
Combinatorial optimization problem |
Manabu TAKEMURA |
|
Comparative Literature |
Tomoshiro KANNO |
|
Complex Geometry |
Kazuhiro UEMATSU |
|
Conjugate |
Masao IIJIMA |
|
Copyright |
Toru SUZUKI |
|
Corrosion |
Shigero TOSHIMA |
|
crystal structure |
Shigeharu ITO |
|
Cyclodextrin |
Masao IIJIMA |
|
Cytoskeleton |
Ken-ichi KONNO |
| D |
Daphnia |
Tatsuo ABE |
|
defect structure |
Shigeharu ITO |
|
Design of Experiments |
Eiji TOMA |
|
Digital Image Correlation Method |
Tomoya MASUYAMA |
|
Discrete mathematics |
Hiroshi SATO |
|
Dispersed power source |
Kazuya KANDA |
|
DLC |
Hiroyuki YOSHIKI |
|
Drainage analysis |
Shinko ITO |
|
Driving Safety Support |
Jeyeon KIM |
| E |
Earthquake |
Hiroshi SAWA |
|
Ecosystems |
Tatsuo ABE |
|
education / culture ～ rugbyfootball |
Koji HONMA |
|
Educational support |
Kentaro ENDO |
|
Effects of Instruction |
Hideki ABE |
|
e-health |
Salahuddin Muhammad Salim Zabir |
|
e-Learning |
Toru SUZUKI |
|
Electric Circuit |
Hirokazu ICHIJO |
|
Electric Resistance |
Takeshi HOGA |
|
Electrical engineering |
Kentaro ENDO |
|
Electrochemistry |
Shigero TOSHIMA |
|
Electromagnetic Absorber |
Hiroki ANZAI |
|
Electromagnetic Compatibility |
Tran Huu Thang |
|
Electromagnetic Field Analysis |
Tran Huu Thang |
|
Electromagnetic wave |
Shinichiro HOSHINA |
|
Embedded Technology |
Jun SATO |
|
empowering women |
Yuko USUBA |
|
Energy Conversion |
Eiji TOMA |
|
Energy material |
Ryo SHOMURA |
|
Energy storage devices and related materials |
Takaya SATO |
|
Engineering Education |
Hirokazu ICHIJO |
|
Enumerative combinatorics |
Hiroshi SATO |
|
environment |
Kyoko KUBO |
|
Environmental-friendly semiconductor |
Katsuhiko MORIYA |
|
Epegenetics |
Atsushi MINAMI |
|
Etching |
Hiroyuki YOSHIKI |
|
exercise physiology |
Shota MATSUHASHI |
| F |
Fatigue Strength |
Tomoya MASUYAMA |
|
Filter |
Seiji WATANABE |
|
Finite Group |
Fuminori TASAKA |
|
Food Sensors |
Kazuya KANDA |
|
Force Plate |
Daisuke SUZUKI |
|
Form-Focused Instruction (FFI) |
Hideki ABE |
|
Frenkel defect |
Shigeharu ITO |
|
Friction |
Masato WADA |
|
Fuel Cells |
Kiyoshi UCHIYAMA |
|
Functional Thin Film |
Takeshi HOGA |
| G |
Gas-Liquid Mixing |
Koji TAKAHASHI |
|
Gear |
Tomoya MASUYAMA |
|
Gel |
Masato WADA |
|
genetic programming |
Katsuhiko NISHIYAMA |
|
Geology |
Hiroshi SAWA |
| H |
health care |
Shota MATSUHASHI |
|
High Frequency Engineering |
Hirokazu ICHIJO |
|
High Speed Camera |
Daisuke SUZUKI |
|
High voltage |
Tran Huu Thang |
|
Highly Viscous Liquid |
Koji TAKAHASHI |
| I |
ICT |
Jun SATO |
|
ICT (Information Technology） |
Sou TAKAHASHI |
|
ICT for the seniors |
Salahuddin Muhammad Salim Zabir |
|
ICT in Agriculture |
Kazuya KANDA |
|
in vitro Fertilized Bovine Embryos |
Shigero TOSHIMA |
|
Inclusion complex |
Masao IIJIMA |
|
Independent Component Analysis |
Yoshihiro TAKEICHI |
|
Information Processing Education |
Keiichi YOSHIZUMI |
|
Inorganic ion |
Shinko ITO |
|
Inorganic materials |
Takayuki KODERA |
|
Intellectual property management and utilization |
Toru SUZUKI |
|
ion conductor |
Shigeharu ITO |
|
Ion exchange |
Tatsuo ABE |
|
Ionic liquid |
Ryo SHOMURA |
|
Ionic liquids |
Takaya SATO |
|
Ionic liquids |
Hiroyuki ARAFUNE |
|
IoT |
Salahuddin Muhammad Salim Zabir |
|
IoT （Internet of Things) |
Sou TAKAHASHI |
|
IOT equipment |
Shota MATSUHASHI |
| J |
Japanese |
Miho MORIKI |
|
Japanese communication skills |
Kenichiro KADA |
|
Japanese literature |
Miho MORIKI |
|
John Milton |
Tomoshiro KANNO |
| K |
Kendo |
Daisuke SUZUKI |
| L |
L2 Pronunciation |
Hideki ABE |
|
Learning Management System |
Toru SUZUKI |
|
Lexical semantics |
Eiichiro TANABE |
|
Lightning |
Hiroki ANZAI |
|
Lightning |
Tran Huu Thang |
|
Liquid-Liquid Mixing |
Koji TAKAHASHI |
|
LSI |
Kentaro KATO |
|
machine |
Daisuke SATO |
| M |
Machine work |
Akihiro ENTA |
|
Magnetic Property |
Takeshi HOGA |
|
Marketing |
Koji TAKAHASHI |
|
material cycling |
Kyoko KUBO |
|
Mathematical Physics |
Kazuhiro UEMATSU |
|
ME |
Michiaki SHISHIDO |
|
Mechanical stimuli |
Ken-ichi KONNO |
|
Mechanism of Robot |
Hiroyuki SASAKI |
|
Metacaspase |
Atsushi MINAMI |
|
Metal nanoparticles |
Tomohiro YAHAGI |
|
methane |
Kyoko KUBO |
|
Micro hydraulic turbine |
Hajime MOTOHASHI |
|
Microbial metabolism |
Natsumi SAITO |
|
Microbubble technology |
Kenichiro KADA |
|
Microbubbles |
Tsukasa SATO |
|
Microorganisms |
Kyoko KUBO |
|
Microwave heating |
Hiroki ANZAI |
|
Molecular beam |
Masaru TANAKA |
|
Motion Analysis |
Daisuke SUZUKI |
|
Motion Capture |
Daisuke SUZUKI |
|
MT system |
Eiji TOMA |
| N |
Nanomaterial(Nano porous) |
Toshio KAMIJO |
|
nanotechnology |
Katsuhiko NISHIYAMA |
|
Navigation |
Jeyeon KIM |
|
Network |
Salahuddin Muhammad Salim Zabir |
|
Numerical Fluid Dynamics (CFD) |
Toshio NAKAYAMA |
| O |
Optical measurements |
Arata YASUDA |
|
Organic material |
Ryo SHOMURA |
|
Organic synthesis |
Toru SEGAWA |
|
Organic/inorganic hybrid |
Takashi MORINAGA |
|
Oxide |
Kiyoshi UCHIYAMA |
| P |
Parameter Design |
Eiji TOMA |
|
Particles |
Takayuki KODERA |
|
Photochemistry |
Toru SEGAWA |
|
Photochromism |
Toru SEGAWA |
|
Photo-induced phenomena |
Hiromasa OHNISHI |
|
Photovoltaic generation |
Katsuhiko MORIYA |
|
Plasma |
Hiroyuki YOSHIKI |
|
Polymer chemistry |
Takashi MORINAGA |
|
Polymer materials |
Hiroyuki ARAFUNE |
|
Polymer monolith |
Hideki KAGATA |
|
Porous materials |
Hideki KAGATA |
|
Porous materials |
Hiroyuki ARAFUNE |
|
Powder |
Takayuki KODERA |
|
Powder Metallurgy |
Yukinori IKARASHI |
|
Power Electronics |
Atsushi TAKAHASHI |
|
Programmed Cell Death |
Atsushi MINAMI |
|
Programming Language |
Keiichi YOSHIZUMI |
| Q |
QMS |
Masaru TANAKA |
|
quantum many-body theory |
Hiromasa OHNISHI |
| R |
Rarefied gas |
Masuhisa YABUKI |
|
Recycles |
Tsukasa SATO |
|
Reduction Mechanism of Robot Joint |
Hiroyuki SASAKI |
|
Reliability |
Kentaro KATO |
|
Renewable Energy |
Atsushi TAKAHASHI |
|
Representation theory |
Fuminori TASAKA |
|
Rhizosphere bacteria |
Natsumi SAITO |
|
Riemannian geometry |
Taro KIMURA |
|
Roughness model |
Masuhisa YABUKI |
|
rugby football |
Shota MATSUHASHI |
| S |
Sales Strategy |
Koji TAKAHASHI |
|
Salt |
Tatsuo ABE |
|
Samuel Hartlib |
Tomoshiro KANNO |
|
Secondary metabolites |
Natsumi SAITO |
|
security |
Salahuddin Muhammad Salim Zabir |
|
Semiconductors |
Arata YASUDA |
|
Sensing |
Ryoji ONODERA |
|
sensor |
Sou TAKAHASHI |
|
Sensor Network |
Jeyeon KIM |
|
Separation |
Toshio KAMIJO |
|
Signal Processing |
Yoshihiro TAKEICHI |
|
Silk Fibroin |
Tsukasa SATO |
|
Silk protein |
Masao IIJIMA |
|
simulation |
Katsuhiko NISHIYAMA |
|
SiO2 |
Hiroyuki YOSHIKI |
|
Small wind turbine |
Hajime MOTOHASHI |
|
smart agriculture |
Salahuddin Muhammad Salim Zabir |
|
Snow Melting System |
Hiroki ANZAI |
|
SoC Design |
Jun SATO |
|
SOFC |
Shigeharu ITO |
|
Soft Matter |
Masato WADA |
|
Solar cell |
Katsuhiko MORIYA |
|
Solid-Liquid Mixing |
Koji TAKAHASHI |
|
Sound signal processing |
Seiji WATANABE |
|
sports game analysis |
Shota MATSUHASHI |
|
sports mental |
Koji HONMA |
|
Spray pyrolysis |
Takayuki KODERA |
|
Sterilization |
Hiroyuki YOSHIKI |
|
Strain Measurement |
Tomoya MASUYAMA |
|
sulfur |
Kyoko KUBO |
|
Superconductors |
Arata YASUDA |
|
Surface Finishing |
Shigero TOSHIMA |
|
Switched Reluctance Generator |
Atsushi TAKAHASHI |
|
Synthesis process |
Takayuki KODERA |
| T |
Teaching material making |
Kentaro ENDO |
|
Tectonic geomorphology |
Hiroshi SAWA |
|
Tectonic landform |
Hiroshi SAWA |
|
Terahertz Spectroscopy |
Arata YASUDA |
|
Textual analysis |
Kenichiro KADA |
|
The Tale of Genji |
Miho MORIKI |
|
Thin Film Transistors |
Kiyoshi UCHIYAMA |
|
Thin films |
Kiyoshi UCHIYAMA |
|
Thin Films Deposition |
Hiroyuki YOSHIKI |
|
transition metal oxides |
Hiromasa OHNISHI |
|
Tribology |
Masato WADA |
|
Tribology |
Toshio KAMIJO |
|
Tribology |
Takaya SATO |
|
Tribology |
Hiroyuki ARAFUNE |
| U |
Ultra Super Heart Resistant Material |
Yukinori IKARASHI |
| V |
Vacuum pump |
Masuhisa YABUKI |
|
verbal polysemy |
Eiichiro TANABE |
|
Vibration |
Hideto KIMURA |
|
Vibration and sound |
Kensaku YANAGIMOTO |
| W |
Water environment |
Tatsuo ABE |
|
Water purification |
Hiroyuki YOSHIKI |
|
Web Applications |
Keiichi YOSHIZUMI |
|
Welfare device |
Ryoji ONODERA |
|
Women’s Career Development |
Yuko USUBA |
| other |
π-conjugated molecule |
Ryo SHOMURA |