Ionic conductivity of metal oxides: An essential property for all-solid-state lithium-ion batteries

摘要: Abstract Essential progress has been made for adopting metal oxides (MeO) in various energy storage and conversion applications. Among these, utilizing MeO lithium-ions batteries (LIBs) seems to be one of the most promising In particular, conductive Li-containing or mixed-oxide materials, used as solid electrolytes, can pave way construct all-solid-state LIBs. contrast conventional LIBs, which a liquid electrolyte separator are necessary configuration shown Fig. 16.1A , these replaced LIBs by single layer solid-state (see 16.1B ). As result restrictions, regarding design size liquid-based much more reduced batteries, will further facilitate future miniaturization small-sized electronics. Furthermore, avoiding organic electrolytes offer better safety electronic systems, especially medical implants [ 1 ]. Moreover, high-performance electrode materials have already widely applied both scientific industrial fields due high theoretical capacity, natural abundance, cost-effective properties, owning widespread availability minerals. Therefore, it is great importance, benefit, advantage build making use MeO. this chapter, attention focused on thin film-based