Given the electrochemical modelling and control systems challenges facing lithium-ion
batteries in extreme operating conditions, such as low temperature and high C-rate, it is …

Abstract Spent Li-ion batteries (LIBs) despite being produced with valuable metals from non-
renewable natural resources are considered hazardous solid wastes because they contain …

Although data-driven optimization has been recognized as a useful approach for the
advancement of liquid battery electrolytes, a high quality and large dataset is essential to …

This paper performs an experimental evaluation of thermolysis-driven gases generated by
the thermal decomposition of 1 M LiPF 6+ EC/DMC= 1: 1 v: v electrolytes at various …

The non‐aqueous redox flow battery (NARFB) has received extensive attention due to its
unique advantages, for example, wide electrochemical window and potentially high energy …

Organic solutions of lithium bis (fluorosulfonyl) imide (LiFSI) are promising electrolytes for Li‐
ion batteries. Information on the diffusion coefficients of the species in these solutions is …

This study compares the physicochemical properties of six electrolytes comprising of three
salts: LiFTFSI, NaFTFSI and KFTFSI in two solvent mixtures, the binary (3EC/7EMC) and the …

Organic solutions are considered as good electrolytes yielding higher lithium-ion (Li-ion or
Li+) transference numbers for lithium-ion batteries during charge and discharge processes …

The study of ion-solvent interaction is of much importance to investigate the nature of
different solutions. Measurement of electrical conductivity and evaluation of physico …