Project Activities Concerning Nanotechnology and Materials

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In this second stage, applying the basic or elementary technologies obtained inthe first stage, synergy ceramics and their application technologies will bedeveloped. In FY2001, research to demonstrate characteristics and functions ofsimple-shaped materials or single unit model materials will be carried out.10.Technology for Novel High-Functional Materials ProjectFY1996-FY2001The field of new materials is broad and progressing rapidly. This project aims tocomprehensively and flexibly support technologies of high importance that coincidewith industrial trends.New Biomimetic Materialsa. R&D on Advanced Stimuli-Responsive Materials (FY 1996 FY 2000)Research was carried out to develop high-stimuli responsive materials whichenable advanced function movement and expression under various simulationconditions. To achieve this, clarification of the correlation of stimuli-structure-motion functions of a high polymer which changes its shape/properties dependingon an external stimulus and research to realize the synthesis of a stimuliresponsive function was undertaken.b. Harmonized Molecular Materials (FY 1997 FY 2001)Research is being carried out to develop harmonized molecular materials thatexpress new functions, including substance recognition, conversion and transport,by forming a certain molecular group condition after controlling forms andconditions of individual molecules by using the correlation between weakmolecules.Structure Control System and Synthetic Process Technology (FY1996FY2000) The goal of this R&D was to fully utilize the capacity and function ofhigh-performance polymeric materials. Research was carried out on technology forprecise polymerization and analysis of molecular structure in order to preciselycontrol chemical bonding of polymers (molecular structure).11.Super Metal ProjectFY1997-FY2001The aim of this R&D is to establish technology for manufacturing innovativemetallic materials, or super metals, having vastly improved functional properties.Material structure will be controlled to the limit in order to miniaturize crystalgrain size or obtain an amorphous structure. Technologies to create mesoscopic7
structured steel, mesoscopic structured bulky aluminum materials,nano-structured bulky materials and amorphous bulky materials are beingdeveloped in this project. A great amount of emphasis is being placed on theestablishment of a guiding principal for the creation of minute material in FY2001.12.Frontier Carbon Technology ProjectFY1998-FY2002Project leader: Masanori Yoshikawa , Professor, Monotsukuri Institute ofTechnologistsHigh function carbon and related materials such as fullerenes, nanotubes andheterodiamonds have unique and excellent electrical and mechanicalcharacteristics which are not seen in existing materials. To make use of thesecharacteristics, development of original substance production technology on whichbasic R&D regarding synthesis technology for new carbon materials is based isbeing carried out. Materialization process technology is also being developed tochange new carbon materials synthesized through original substance productiontechnology into materials having electronic and mechanical high functions. In FY2001, research and development is being conducted on the appropriate compositionof BCN and CN substances, their homogeneity and improvement of theircharacteristics. This years R&D also includes a review of appropriate diamondsynthesis conditions and appropriate forming conditions for complex shaped film13.Advanced-Functional Materials Design Platform ProjectFY1998-FY2001Project leader: Masao Doi, Professor, Nagoya UniversityIn this project, a strategic policy for development of high polymer material willbe established based on theories and calculated outputs instead of existingtrial-and-error techniques. Development of a new simulation method which isable to reproduce meso-area phenomena deeply related to material character aswell as an integrated environment (a material designing platform) that establishesa link between newly developed simulation methods and existing methods formicro and macro areas will also be carried out.In FY 2001, in addition to expansion of the functions of three kinds of mesosimulation programs that have been developed so far, the accuracy for estimatedmaterial values of high polymer materials will be improved. Demonstrationresearch using seamless zooming and applications study will be carried out, as will8
Page 1 and 2: NEW ENERGY AND INDUSTRIAL TECHNOLOG
Page 3 and 4: PrefaceThe New Energy and Industria
Page 5 and 6: Table 1. NEDO Nanotechnology and Ma
Page 7: Technological Objective and Develop
Page 11 and 12: growth using multiple methods.Moreo
Page 13 and 14: Table 2. Researchers Participating
Page 45 and 46: Table 3. Papers on NEDO's Nanotechn
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Table 3. Papers on NEDO's Nanotechn
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Table 4. NEDO-Related Patents on NE
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Table 5. Technology Samples of NEDO
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Project Activities Concerning Nanotechnology and Materials

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