Toward better electrode/electrolyte interfaces in the ionic-liquid-based rechargeable aluminum batteries

Permeation of AuCl4− Across a Liquid Membrane Impregnated with A324H+Cl− Ionic Liquid

“…From the types of organic extractants, ionic liquids constitute a subcategory also of current interest, due to the special characteristics that these reagents present, which somewhat allows them to be referred to as green solvents. These ionic liquids are used in different fields [9][10][11][12] including the removal of metals from aqueous solutions [13][14][15][16].…”

The rechargeable aluminum-ion battery with different composite cathodes: A review

“…Cycle performance and discharge capacity of room-temperature lithium/sulfur cells containing polymer electrolytes and single/binary liquid electrolytes with LiCF 3 SO 3 (1 M) were studied [38]. The cycle property and the cell's first discharge capacity were shown to be largely dependent on the liquid electrolyte content [39].…”

“…Rechargeable batteries with non-aqueous electrolytes like ionic liquids have been also reported. These batteries have some problems such as short shelf life, lack of rechargeability, sluggish discharge kinetics, a high self-discharge rate, and the corrosion of aluminum [38]. In the case of the passivation regime, the cell voltage and cell efficiency decreased due to the oxide layer on the Al electrode surface [110].…”

Electric and Thermal Model of Li-ion battery pack with cylindrical components

“…The global need for clean and renewable power generation that can respond the best to the rising concerns of fuel consumption has encouraged the use of energy storage systems. The literature has presented different categories of batteries with different characteristics and capacities [1]- [3]. The high energy density and lightweight of Li-ion batteries have allowed them to domination the energy storage market, especially for automotive applications [4].…”