| 2010.09 |
Spin-Seebeck effect in insulators and insulator-based thermoelectric generationf
(Saitoh Lab., IMR)
|
| 2010.09 |
Final Conclusion is Achieved on the Mechanism of Magnetism by Supercomputer
(Kawazoe Lab., IMR)
|
| 2010.07 |
Development of a new nanocrystalline soft magnetic material exhibiting ultra low electric power loss and high magnetic flux density, toward practical applications
(Makino Lab., IMR)
|
| 2010.06 |
Enhanced output power in ZnO Ultraviolet Light Emitting Diodes
(Kawasaki Lab., WPI)
|
| 2010.04 |
Crystal lenses focusing X-rays with an over 100 gain. - possible to simultaneous analyses of several elements -
(Nakjima Lab., IMR)
|
| 2010.03 |
Ultimate structure and composition of lithium niobate (LiNbO3) for superior optical properties
(Uda Lab., IMR)
|
| 2010.03 |
Spin current and electric signal transmission in insulator
(Saitoh Lab., IMR)
|
| 2009.01 |
Synthesis of a hydride with lithium fast-ion conductivity at room temperature
(School of Engineering MAEKAWA lab.)(/A)
(School of Engineering TAKAMURA lab.)(/A)
(Institute for Materials Research ORIMO lab.)(/A)
|
| 2008.11 |
Discovery of the modification of the organic Mott insulators to the electronic conductive
metal by x-ray irradiation
(Institute for Materials Research, KOBAYASHI Lab)
|
| 2008.11 |
Development of a TiO2-based spintronics material for room temperature transparent spintronics devices
(WPI Advanced Institute for Materials Research, KAWASAKI Lab)
|
| 2008.10 |
Superconductivity induced by an electric field-effect method in an insulator
(WPI Advanced Institute for Materials Research, KAWASAKI Lab)
(Institute for Materials Research, IWASA Lab)
(Center for Low Temperature Science, NOJIMA Group)
|
| 2008.10 |
Discovery of the spin Seebeck effect--Thermal creation of the magnetic flow--
(Institute for Materials Research MAEKAWA Lab)
|
| 2008.09 |
High-responsivity visible-blind UV photo-detectors with conducting polymer
/ZnO Schottky contacts
(WPI Advanced Institute for Materials Research, KAWASAKI Lab)
|
| 2008.09 |
Developing of New Alloy Process Technology Lowers Costs of Large LCD Panels
(School of Engineering Junnichi KOIKE Lab)
|
| 2008.07 |
Fabrication of rutile TiO2 with enhanced photocatalytic activity, water absorptivity and
superhydrophilicity by anodic oxidation technique
iMASAHASHI Lab ,
Osaka Center for Industrial Materials Researchj
|
| 2008.05 |
Prediction of "ferromagnetic Josephson resonance"
(Institute for Materials Research MAEKAWA Lab)
|
| 2008.03 |
Emission characteristics of Grimm-style glow discharge plasmas with helium matrix plasma gas
containing small amounts of nitrogen Machiko Tsukiji, Kazuaki Wagatsuma Microchemical J., 87 (2007) 175-179
(Institute for Materials Research WAGATSUMA Lab)
|
| 2008.01 |
Giant spin Hall effect in perpendicularly spin-polarized
(Institute for Materials Research TAKANASHI Lab)
(Institute for Materials Research MAEKAWA Lab)
|
| 2007.11 |
Li superionic conductivity in hydride
(Institute for Materials Research ORIMO Lab)
(School of Engineering TAKAMURA Lab)
|
| 2007.09 |
Different drive mechanisms of domain wall motion -Step toward MRAM-
(Institute for Materials Research MAEKAWA Lab)
|
| 2007.09 |
Formation mechanism of dendrite crystals with parallel twins and its implementation to the crystal growth method to
realize high-quality Si multicrystals for solar cell applications
(Institute for Materials Research NAKAJIMA Lab)
|
Research Achievements
