Cryochemical Technology of Advanced Materials

Preface. <strong>1: Introduction. 1.1.</strong> Techniques for attaining low and extra-low temperatures. <strong>1.2.</strong> Chemical reactions at low temperatures (cryochemistry). <strong>1.3.</strong> Cryoquenching in technology of metallic and non-metallic substances and materials. <strong>1.4.</strong> Low-temperature properties of substances and materials. <strong>2: Main processes in cryochemical</strong> <strong>technology. 2.1.</strong> Cryoclystallization processes. <strong>2.2.</strong> Freeze-drying processes. <strong>2.3.</strong> Cryoextraction processes. <strong>2.4.</strong> Cryoprecipitation processes. <strong>2.5.</strong> Processing of cryoproducts. <strong>2.6.</strong> Cryodispersion processes. <strong>3: Application of cryochemical processes in advanced materials </strong> <strong>preparation. 3.1.</strong> Phosphor materials. <strong>3.2.</strong> Magnetic materials. <strong>3.3.</strong> Ferroelectric materials. <strong>3.4.</strong> Solid-state ionics. <strong>3.5.</strong> Superconducting ceramic materials. <strong>3.6.</strong> Electrode materials. <strong>3.7.</strong> Materials for catalysts and sorbents. <strong>3.8.</strong> Refractory oxides. <strong>3.9.</strong> Ultrafine metal and metal alloy powders. <strong>3.10.</strong> Inorganic composites. <strong>3.11.</strong> Miscellaneous inorganic substances and materials. <strong>3.12.</strong> Biomedical materials and drugs. <strong>4: Safety and hazards in cryochemical technology of </strong> <strong>advanced materials.</strong> References. <strong>5: Conclusion.</strong> Further reading. Index.