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    Hardbound. Condition: As New. New. Contents Preface. Materials research at the Tokyo Institute of Technology/Seizo Miyata. List of contributors. I. Revolutional oxides 1. Function cultivation in transparent oxides utilizing natural and artificial nanostructures/Hideo Hosono and Masahiro Hirano. 2. The role of lattice defects of oxides/Mitsuru Itoh. 3. Size effect of ferroelectric and high permittivity thin films/Hiroshi Funakubo. II. State of the Art Polymers 4. Photonic devices using liquid crystal nanostructures/Hideo Takezoe. 5. Nanocylinder array structures in block copolymer thin films/Kaori Kamata and Tomokazu Iyoda. 6. Nano size charge inhomogeneity in organic metals/Takehiko Mori. III. Nanostructure design for new functions 7. Size control of nanostructures by quantum confinement/Hiroyuki Hirayama. 8. Grain boundary dynamics in ceramics superplasticity/Fumihiro Wakai and Arturo Dominguez Rodriguez. 9. Nanostructure control for high strength and high ductility aluminum alloys/Tatsuo Sato. IV. Nanostructure architecture for engineering applications 10. Nanoporous materials from mineral and organic templates/Kiyoshi Okada and Kenneth J.D. MacKenzie. 11. Enhancement of thermoelectric figure of merit through nanostructural control on intermetallic semiconductors toward high temperature applications/Yoshinao Mishima Yoshisato Kimura and Sung Wng Kim. 12. Smart coatings multilayered and multifunctional in situ Ultrahigh temperature coatings/Hideki Hosada. Index. This book introduces up dated efforts on nano materials research on ceramics polymers and metals/intermetallics with strong intentions toward practical applications. The works presented herein are the fruits of the 21st century COE five year program by the Ministry of Education Culture sports science and technology of the Japanese Government awarded to four materials related departments at the graduates School of Tokya Institute of Technology. Twelve articles covering hot topics such as transparent semiconductors thermoelectric materials and flexible electronic devices are arranged in four chapters revolutional functional oxides state of the art polymers nanostructure design for new functions and nanostructure architecture for engineering applications. All deal with innovation of revolutional materials and/or with breakthrough in properties of existing materials by nano technologies together with a background review on each area and a prospect for application. 458 pp.