[Book] Firing and Sintering Techniques for Ceramics and Metals (No. 2237)

[Available for preview] - Electronic components, structural components, heat dissipation components, motors, tools, batteries -

Book Title: Development of Low-Temperature Processes and Shortening of Sintering Time to Reduce CO2 Emissions during Manufacturing ★ Development of "Low-Temperature Processes" and "Shortening of Sintering Time" to Reduce CO2 Emissions during Manufacturing ★ Control of "Microstructure and Organization" and "Densification of Sintered Bodies" Leading to the Performance and Reliability of Final Products ■ Key Points of This Book 【Raw Powder】 - Manufacturing technology for iron powder for powder metallurgy - Manufacturing technology for barium titanate and titanium oxide - Development of high-purity alumina powder with excellent sintering characteristics 【Shaping and Debinding Technology】 - Powder compaction molding process - Formation of green sheets - Considerations for selecting ceramic binders - Suppression of cracking and defects during debinding 【Sintering Technology】 - Hot isostatic pressing, microwave heating, millimeter wave irradiation, discharge plasma sintering, flash sintering 【Ceramics】 - Crystal orientation control using strong magnetic fields - Room temperature pressure sintering technology for sulfide-based solid electrolytes - Debinding and sintering technology with atmosphere control - Process informatics 【Metals and Magnetic Materials】 - Strengthening and cost reduction of sintered metal gears - Fabrication of metal matrix composites using discharge sintering - Net shape HIP technology - Sintering of metal nanoparticles

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