Electrolytes for Solid-State Lithium-Ion Batteries is a comprehensive information resource on popular inorganic electrolytes (oxides, phosphates, sulphides, and zeolites), their synthesis, properties, and performance in batteries. The book is a source of up-to-date and critical information required for the research community in light of the failure of solid-state batteries using oxide ceramic electrolytes. Each chapter in the book provides in-depth information on the secondary products formed and their growth during cycling. Further, in response to the sustainability aspects, the book provides a detailed life-cycle analysis of each materialCovers the fundamentals of electrolytes and their classification - including their relative merits and drawbacksIncludes life-cycle analysis of inorganic electrolytesBattery cycling performance of inorganic electrolytes with stoichiometric variations is discussed in detailCovers the properties of inorganic electrolytes with stoichiometric variationsReviews the properties of inorganic electrolytes with stoichiometric variations

Electrolytes for Solid-State Lithium-Ion Batteries is a comprehensive information resource on popular inorganic electrolytes (oxides, phosphates, sulphides, and zeolites), their synthesis, properties, and performance in batteries. The book is a source of up-to-date and critical information required for the research community in light of the failure of solid-state batteries using oxide ceramic electrolytes. Each chapter in the book provides in-depth information on the secondary products formed and their growth during cycling. Further, in response to the sustainability aspects, the book provides a detailed life-cycle analysis of each materialCovers the fundamentals of electrolytes and their classification - including their relative merits and drawbacksIncludes life-cycle analysis of inorganic electrolytesBattery cycling performance of inorganic electrolytes with stoichiometric variations is discussed in detailCovers the properties of inorganic electrolytes with stoichiometric variationsReviews the properties of inorganic electrolytes with stoichiometric variations