TAILIEUCHUNG - Materials & Manufacturing Technologies In AIST Get Maximum Output With Minimal Input

Personal scale PCB milling machines use one of two processes, a mechanical etching process, or a process in which conductive materials are sprayed onto a base board. The mechanical etching process on a desktop circuit maker involves a rotating milling bit that mechanically etches out the desired circuit design onto a copper circuit board. Both etching and spraying techniques enable users to create multi-layer and finely detailed PCBs. While small-scale circuit makers are relatively low cost and versatile, they are, like most other personal fabrication technologies, too slow for large batch production. As a. | Materials Manufacturing Technologies in AIST Get Maximum Output with Minimal Input E Hữ and -eMHirce saving MAMimuiti functionality High production efflElancy i-Hd KJVJ COSỈ Minimal inputs of resource And energy From tr demands to comụatihlB lechnflloijy Technology for reducing environmental load TechnpÍDgy f ji practical use H Materials Manufacturing Technology in AIST Get Maximum Output with Minimal Input New Approach to Technologies for Materials and Manufacturing Research Coordinator Dr. Kazuo IGARASHI It has been four years since AIST was established. FY2004 marks the final year of its first mid-term plan and the evaluation of progress toward the plan s objectives. This year is also important because it marks the development of the next mid-term plan. At present we are setting the definite direction of the plan. I will introduce its underlying concept in the fields of Nanotechnology Materials and Manufacturing. For reinforcing materials and manufacturing industries The international competitiveness of Japanese industries depends strongly on the materials and manufacturing sectors. Presently those Industries are locked in fierce international competition and have been weakened considerably by increasing competition with Asian countries. Although there is still room for manufacturing sophisticated products further cost reductions in production can hardly be expected. It is urgently necessary to innovate material and manufacturing industries and to establish novel technologies to strengthen industrial competitiveness internationally in consideration of the social demands of environmental awareness energy conservation and resource conservation. In response to these industrial and social needs AIST will promote research and development of industrial technologies through the next mid-term under a new concept described below. Current materials and manufacturing technologies are classifiable into the following three major aspects 1 advanced .

• Cơ khí - Chế tạo máy
• conductive materials
• Grape and Wine
• Atlantic Viticulture
• NW Iberian Peninsula
• Rojal Red Wines
• Mancha Region
• Summary of Doctoral thesis
• Summary of Doctoral thesis in Materials science
• Fabrication of the electrochemical miocrosensor based
• Electrochemical miocrosensor based
• Modified conductive polymer
• Application in biomedical
• Advanced materials
• Advanced devices
• Polymer electrolytes
• Spin coating
• Device fabrication
• Optical bandgap
• Cyclic voltammetry
• Atomic Industry
• Residual Stresses
• Industrial Applications
• Mechanical Behavior
• Magnetite Nanoparticles
• Rewritable Optical
• Recording Media
• Optical properties
• Refractive index
• Ethylene glycol
• Optical conductivity
• Advanced materials and devices
• Sherry Wines
• Evaluation of Grape
• Wine Aroma
• La Mancha Region