| Electric Engineering Laboratories | ||
|---|---|---|
| Ionized Gas Dynamics Uchino-Yamagata Laboratory 【Uchino-Yamagata Lab.】 |
ionization, ion, plasma, occurrence, control, laser measurement, electromagnetic field, electron temperature, electron density, particle measurement, plasma processing, plasma display, extremely-short ultraviolet rays, degradation of environmental pollutants | |
| Applied Electromagnetics Yoshitake Laboratory 【 Yoshitake Lab】 |
thin-film deposition, physical vapor deposition (PVD), coaxial arc plasma deposition, sputtering deposition, pulsed laser deposition, photovoltaic materials, photovoltaics fabrication, nanodiamond, iron silicides, hard coating, spintronics devices | |
| Opto-Electronics Hamamoto-Teii Laboratory 【Hamamoto-Teii Lab.】 |
optical device, optical integrated circuit, semiconductor laser, optical memory, SLED, optical sensing, optical energy transmission, optical router, plasma, nanostructure, next-generation semiconductor, power device, electron emitter | |
| Power Device Engineering Saito Laboratory 【 Saito Lab】 |
power semiconductor devices, power modules, power electronics, Si power devices, wide bandgap semiconductor devices, power MOSFETs, IGBT, intelligent control | |
| Optical and Electrical Materials Laboratories | ||
| Crystal Physics and Engineering Nishida-Itakura Laboratory 【Nishida-Itakura Lab.】 |
Advanced transmission/scanning electron microscopy, crystal orientation analysis, electron diffraction, 3D tomography, shape memory alloy, permanent magnet, magnetic material, semiconductor thin film, heat resistant alloy, intermetallic compounds | |
| Inorganic Optoelectronic Materials Engineering Ohtaki Laboratory 【Ohtaki Lab.】 |
thermoelectric materials, oxide thermoelectric devices, oxide semiconductors, energy conversion materials, photocatalysts, electronically conducting ceramics, thermal conductivity, nanostructure control, low-dimensional nanomaterials, self-assembly, integrated quantum structures, molecular assembly, organic-inorganic composites, functional inorganic materials | |
| Structural Ceramics Materials Engineering Jang Laboratory 【Jang Lab.】 |
high temperature structural ceramics, nano composites, microstructure control,
thermal barrier coatings, environmental barrier coatings, carbon nanotubes,
graphene, ZrO2, SiC, SiC / SiC, bio-apatite, sintering, EB-PVD, plasma spray coatings, thermal properties, mechanical properties, wear resistance, high temperature corrosion |
|
| Nonlinear Material Physics Laboratories | ||
| Nonlinear Physics Sakaguchi-Morino Laboratory 【Sakaguchi-Morino Lab.】 |
fractal, pattern formation, nonequilibrium open system, nonlinear dynamics, dendrite growth, diffusion-limited aggregation, drawing effect of oscillator, space-time chaos, powder physics, breakdown phenomenon | |
| Quantum Materials Physics Hata Laboratory 【Hata Lab.】 |
electron tomography (ET), automated crystal orientation mapping (ACOM) by transmission electron microscopy (TEM), electron energy-loss spectroscopy (EELS), | |
| Nanomaterials and Device Sciences Saito Laboratory 【Saito Lab.】 |
Under construction | |
| Molecular Process Engineering Laboratories | ||
| Moleculer Function Engineering Kikuchi-Okumura Laboratory 【Kikuchi-Okumura Lab.】 |
organic nanostructural material, molecular self-organization, liquid crystal device material, super molecular liquid crystal, high-speed electro-optic device, next-generation display element, electrochemical molecular switch, biological simulant material, low environmental load device material, emergent self organization, soft matter science | |
| Material Science for Electrochemistry Okada-Albrecht Laboratory 【Okada-Albrecht Lab.】 |
electrochemistry, lithium-ion battery, intercalation, nonprotonic organic solvent electrolyte solution, inorganic compound positive pole, carbon negative pole, heat stability, metal-air battery, high-energy density | |
| Chemical Reaction Engineering Hayashi-Kudo Laboratory 【Hayashi-Kudo Lab.】 |
sequential conversion of carbon resource, coproduction, hydrogen, thermal decomposition, gasification, detailed chemical reaction modeling and simulation, chemical vapor deposition/infiltration, CC composite, hydrothermal catalytic reaction | |
| Molecular Material Science Laboratories | ||
| Organic Materials Chemistry Fujita Laboratory 【Fujita Lab.】 |
organic ultrathin film, high molecular thin film, self-organization single-molecular film, emitting material, conductive material, photoelectric conversion material, electroluminescence, emitting display, organic transistor | |
| Device Materials Yoon-Miyawaki Laboratory 【Yoon-Miyawaki Lab.】 |
synthesis and application of CNF and fullerene, nano‐hybrid materials, petroleum desulfurization/denitrogenation, DeSOx, DeNOx, high-performance battery and capacitor materials, low-temperature fuel cell, adsorption heat pump, high utilizations of coal (gasification and coke), carbon fiber and activated carbon | |
| Material Characterization Laboratories (link course) | ||
| Material Characterization Engineering Ohashi-Sakaguchi_Hara Laboratory 【Ohashi Lab.】 【Takada Lab.】 【Sakaguchi Lab.】 【Harai Lab.】 |
oxide single crystal, ceramics, defects, interface, ultraviolet emission, optical wavelength conversion, optical modulation, photorefractive effect, optical hologram memory
The classes (mainly in the first year) are taken in the Kyushu University and the research (mainly from the second year) is conducted in the National Institute for Materials Science in Tsukuba City. |
|
| Global Innovation Center | ||
| Functional Device Engineering Nakashima-Wang Laboratory 【Nakashima Lab.】 |
MOSFET, LSI, film formation and fabrication process, low-temperature formation of insulating films and crystal thin films, Si, SiGe, Ge, SOI, SGOI, GOI, junction transient capacitance/current method S, photoluminescence method | |
| Functional Material Engineering Fujino Laboratory 【Fujino Lab.】 |
Functional glass, Mesoporous silica,Organic/inorganic nanocomposite, Transparent Conductive Oxide,Fluorescence,Nano-imprint, Structure of glass, Physical properties of melts, Fabrication process, Fine machining process | |
| Photonic System Engineering Hattori Laboratory 【Hattori Lab.】 |
organic EL, organic TFT, analog circuit design, LSI design, electronic paper, organic EL display, flexible display, touch panel, drive technology | |
| Joint Research Laboratories | ||
| Advanced Functional Steel for Structural Applications Takahashi-Hayashi Laboratory 【Takahashi-Hayashi Lab.】 |
|
Structural steels for automotive body structures, advanced high strength steels, strengthening mechanism, plastic deformation, yielding, work hardening, deformation inhomogeneity, microscopic deformation analyses, phase transformation, martensite and bainite in steels |
