Ultra-Fine Particles. Exploratory Science and Technology

Content: 
Acknowledgment, Page vii
Contributors, Pages viii-ix
Introduction, Pages 1-3, Chikara Hayashi
1.1 - Introduction, Pages 4-7, Ryozi Uyeda
1.2 - Ultra-Fine Particles and Electron Microscopy, Pages 8-15, Sumio Iijima
1.3 - Development of Electron Microscope Accessories, Pages 16-19, Toshinari Ichihashi
1.4 - High Resolution Observation Methods, Pages 20-39, Sumio Iijima
1.5 - Evaporation Methods, Pages 40-49, Ryozi Uyeda
1.6 - Oxides, Pages 50-57, Sumio Iijima
1.7 - Search for Industrial Applications of Spherical γ-Alumina Ultra-Fine Particles, Pages 58-63, Tsukasa Hirayama
1.8 - Metal Catalysts, Pages 64-73, Sumio Iijima
1.9 - Crystal Growth of Silicon Ultra-Fine Particles, Pages 74-81, Sumio Iijima
1.10 - Surface Oxidation of Silicon Ultra-Fine Particles, Pages 82-87, Sumio Iijima
1.11 - Surface Coverage of Ultra-Fine Particles, Pages 88-91, Sumio Iijima
1.12 - Non-Additive Sintering of Silicon Carbide Ultra-Fine Particles, Pages 92-97, Shigetoshi Takahashi
1.13 - Quenching of γ-Iron UFPs to Room Temperature, Pages 98-103, Michiko Kusunoki
1.14 - UFP Beam Experiments, Pages 104-118, Toshinari Ichihashi
1.15 - Living Crystals, Pages 119-132, Sumio Iijima
2.1 - Synthesis of Compound and Individually Separated Ultra-Fine Particles, Pages 133-159, Masaaki Oda
2.2 - Aerothermodynamics of UFP Synthesis, Pages 160-169, Shunichi Tsuge
2.3 - In-Flight Plasma Processes, Pages 170-196, Toyonobu Yoshida
2.4 - Gaseous Reaction Method, Pages 197-212, Akio Kato
2.5 - UFP Synthesis by Chemical Methods, Pages 213-217, Akinori Yoshizawa
2.6 - Gas Evaporation Under Zero Gravity, Pages 218-236, Nobuhiko Wada
2.7 - The Properties of Surface Oxide Layers of Metallic Ultra-Fine Particles, Pages 237-244, Akira Johgo
2.8 - Mössbauer Spectra of Iron Ultra-Fine Particles, Pages 245-252, Norio Saegusa
2.9 - Preparation of UFP Alloy Catalysts by Alkoxide Methods, Pages 253-261, Akifumi Ueno
3.1 - Phagocytosis of Ultra-Fine Particles by Cells, Pages 262-270, Hiroshi Miyamoto
3.2 - Application of Ultra-Fine Particles in the Detection of Cell Activity, Pages 271-285, Hideki Toyotama, Iku Nemoto
3.3 - Organic Compound Ultra-Fine Particles, Pages 286-292, Hideki Toyotama
3.4 - Encapsulation of Magnetic Ultra-Fine Particles and Fixation of Antibodies and Enzymes, Pages 293-299, Hideo Kakuta
3.5 - Magnetic Ultra-Fine Particles Isolated from Bacteria, Pages 300-312, Tadashi Matsunaga
4.1 - Introduction, Pages 313-323, Akira Tasaki
4.2 - Regular Arrangements of Ultra-Fine Particles and Super High Density Recording, Pages 324-338, Shizuo Umemura
4.3 - Cobalt/Polymer Composite Thin Films, Pages 339-354, Kazuharu Iwasaki
4.4 - Catalytic Applications of Gas Evaporated Ultra-Fine Particles, Pages 355-368, Toyoharu Hayashi
4.5 - Chemical Heat Pump, Pages 369-380, Yasukazu Saito
4.6 - Film Formation by the Gas Deposition Method, Pages 381-409, Seiichiro Kashu, Eiji Fuchita
4.7 - Surface Processing Using Solidified CO2 Ultra-Fine Particles, Pages 410-418, Takeshi Manabe, Seiichiro Kashu
5 - Prospects for the Future of Ultra-Fine Particles, Pages 419-425, Chikara Hayashi
Appendix - Background on the erato program, Pages 427-436, Genya Chiba
Index, Pages 437-447