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[Technical Specialized Books] - Supporting the high efficiency, long lifespan, and safety of lithium-ion batteries, all-solid-state batteries, and next-generation storage batteries.

■ Table of Contents (Excerpt) Chapter 1: Current Status and Issues of Lithium-Ion Battery Technology Chapter 2: High Voltage Adaptation of Positive Electrode Active Materials and Surrounding Components for Lithium-Ion Batteries, Surface Treatment, and Deterioration Prevention Chapter 3: High Voltage Adaptation of Negative Electrode Active Materials and Surrounding Components for Lithium-Ion Batteries, Expansion and Contraction Adaptation, and Deterioration Prevention Chapter 4: Prevention of Oxidation and Flame Retardancy of Electrolytes for Lithium-Ion Batteries, Improvement of Safety through the Use of New Electrolytes Chapter 5: Material Setting of Solid Electrolytes for All-Solid Batteries and Improvement of Charge/Discharge Characteristics Chapter 6: Material Design of Binders for Lithium-Ion Batteries and All-Solid Batteries, Improvement of Adhesion, and Reduction of Interfacial Resistance Chapter 7: Conductive Additives, Functional Carbon Materials for Batteries and Their Applications Chapter 8: Structure, Design, High Heat Resistance, and Safety Improvement through Deterioration Prevention of Battery Separators Chapter 9: Battery Surrounding Components and Their Safety Measures Chapter 10: Application of New Materials to Storage Battery Components Chapter 11: Development of Next-Generation Storage Batteries and Required Material Technologies Chapter 12: Material Technologies and Prospects for Electric Double-Layer Capacitors Chapter 13: Recycling Technologies for Battery Materials and Utilization of Recycled Materials Chapter 14: Exploration of Battery Materials Using Materials Informatics and Computational Science Chapter 15: Expectations for Storage Batteries in the Automotive Field