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New Energy and Industrial Technology Development Organization Nanotechnology and Materials Technology Development Dept. Tel +81-44-520-5220 Japan Chemical Innovation Institute Tel +81-3-5283-3260 http www.jcii.or.jp Keywords Coating, Microstructure, Energy R& D TerimFY2001 FY2006 Budget of FY2005 310 million yen_ The Nanocoating Project's aim is to establish technology for coating ceramics onto metallic substrates to act as thermal and environmental barriers, thereby reducing a device's...

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Optical Switch Realization of High-speed Optical SW by EO effect -Wavelength Tunabl Multiple Wavelength Light Source Light Source Tuna ble LDfacSve) Generation of optical comb Wavelength Moniter Super continuum (passive) Tuna ble LDfacSve) Generation of optical comb Wavelength Moniter Super continuum (passive) -Wavelength Tunabl Multiple Wavelength Light Source Light Source New Energy and Industrial Technology Development Organization Electronic and Intormation Technology Development Dept. Tel...

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Fig.1 Notional illustration of the objective of this research New Energy and Industrial Technology Development Organization Nanotechnology and Materials Technology Development Dept. Tel 81-44-520-5220 Osaka Science and Technology Center Tel 81-6-6443-5326 http www.ostec.or.jp Japan Research and Development Center for Metals Tel 81-3-3592-1284 http www.jrcm.or.jp Hitachi Metals,Ltd. Tel 81-854-22-1919 http www.hitachi-metals.co.jp Advanced Nanocarbon Application Project Keywords Nanotube, Fuel...

Study of GaN on Si Power Devices

Keywords MOVPE, Epitaxial growth, GaN, HEFT, SBD R amp D Term FY2001-2004 From the viewpoint of environmental preservation, saving energy is one of the most important issues in industry. However, energy saving for power supplies, by lowering operating power consumption for example, has developed slowly because of insufficient Si device properties and an overflow to the market of low efficiency but low-cost power supplies. GaN and SiC are excellent candidates for next-generation device materials...

MEMS Project

R amp D Term FY2003-FY2005 Budget for FY2005 830 million yen Background MEMS Micro-Electro-Mechanical-Systems technology makes the manufacture of high value-added components, which are excellent in terms of smallness, advanced functions and energy saving, possible. Therefore, expectations regarding its use as a new basis technology for supporting manufacturing in Japan are rising. MEMS is used for part of the acceleration sensor in automobiles, the heads of ink-jet printers, etc. at present....