Cryochemical Technology of Advanced Materials
Cryochemical Technology of Advanced Materials
复制标题
先进材料低温化学技术
DOI：
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复制
发表时间：
1997
期刊：
影响因子：
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通讯作者：
O. A. Shlyakhtin
中科院分区：
文献类型：
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作者：
Y. Tretyakov;N. Oleinikov;O. A. Shlyakhtin
序言。1.导言。1.1.低温和超低温技术。1.2.低温化学反应（cryochemistry）。1.3.金属和非金属物质和材料的低温淬火技术。1.4.物质和材料的低温特性。2：低温化学技术的主要过程。2.1.低温结晶过程。2.2.冷冻干燥过程。2.3.冷冻提取过程。2.4.冷沉淀过程。2.5.冷冻产品的加工。2.6.低温分散过程。3：低温化学过程在先进材料制备中的应用。3.1.磷光体材料。3.2.磁性材料. 3.3.铁电材料3.4.固态离子学3.5.超导陶瓷材料3.6.电极材料。3.7.催化剂和吸附剂材料。3.8.难熔氧化物。3.9.超细金属和金属合金粉末。3.10.无机复合材料。3.11.各种无机物质和材料。3.12.生物医学材料和药物。4：先进材料低温化学技术的安全和危险。参考资料。5.结论。进一步的阅读。指数.
Preface. 1: Introduction. 1.1. Techniques for attaining low and extra-low temperatures. 1.2. Chemical reactions at low temperatures (cryochemistry). 1.3. Cryoquenching in technology of metallic and non-metallic substances and materials. 1.4. Low-temperature properties of substances and materials. 2: Main processes in cryochemical technology. 2.1. Cryoclystallization processes. 2.2. Freeze-drying processes. 2.3. Cryoextraction processes. 2.4. Cryoprecipitation processes. 2.5. Processing of cryoproducts. 2.6. Cryodispersion processes. 3: Application of cryochemical processes in advanced materials preparation. 3.1. Phosphor materials. 3.2. Magnetic materials. 3.3. Ferroelectric materials. 3.4. Solid-state ionics. 3.5. Superconducting ceramic materials. 3.6. Electrode materials. 3.7. Materials for catalysts and sorbents. 3.8. Refractory oxides. 3.9. Ultrafine metal and metal alloy powders. 3.10. Inorganic composites. 3.11. Miscellaneous inorganic substances and materials. 3.12. Biomedical materials and drugs. 4: Safety and hazards in cryochemical technology of advanced materials. References. 5: Conclusion. Further reading. Index.