Titlebook: Next Generation Batteries; Realization of High Kiyoshi Kanamura Book 2021 Springer Nature Singapore Pte Ltd. 2021 Rechargeable batteries.A

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Solution Processs. In the solution process, the precursors of sulfide-based solid electrolytes form homogenous solutions. This chapter summarizes the preparation of sulfide-based solid electrolytes by the solution process. The development of argyrodite solid electrolytes via precursor solution is also shown as a re

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Wet Chemical Processes for the Preparation of Composite Electrodes in All-Solid-State Lithium Batterve or binder are first dispersed in precursor solutions (dissolution–reprecipitation process) or suspensions (suspension process) of solid electrolytes, and then the solvent is evaporated to form the electrode–electrolyte composite. By using these processes, solid electrolyte covers the surface of a

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Dry Coating of Electrode Particle with Solid Electrolyte for Composite Electrode of All-Solid-State ology, the fundamental concept of the dry coating is introduced. Second, a feasibility study on the dry coating process was conducted by using a cathode active material particle (LiNi.Co.Mn.O., NCM) and a model material of sulfide solid electrolyte (Na.SO.). The results demonstrated that by means of

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Sheet-Type Solid-State LIBectors, have a more practical configuration than pellet-type batteries. In this section, the slurry coating process, which is the most commonly used method for sheet-type all-solid-state batteries, is discussed. The developments of solid electrolyte fine particles, electrode and solid electrolyte sh

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Sulfur and Sulfide Positive Electrodehium sulfide are attractive positive electrode materials for their high-specific electrochemical capacities (theoretical capacities of S and Li.S are 1675 and 1167 mAhg., respectively). However, the all-solid-state cells, Li/S and Li/Li.S, have suffered from the low utilization of the electrode mate

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TEM Analysesnanoscale microstructures of Li.S-P.S. glass electrolytes have not been revealed so far. In this chapter, we describe nanoscale microstructures, crystallization processes, and thermal stabilities of Li.S-P.S. glass electrolytes revealed by using high-resolution electron microscopy, electron diffract