Anodic dissolution of aluminum (commonly called aluminum corrosion) is a potential issue in sodium-ion batteries. Herein, it is demonstrated how different sodium-ion battery electrolyte solutions affect this phenomenon. The type of electrolyte was critical for the presence of anodic dissolution, while the solvent appeared to alter the dissolution process. The Swedish Energy Agency via project no. 50177-1, VINNOVA via projects no. 2022-01465 and 2019-00064 (Batteries Sweden), and H2020 research and innovation programme under Grant agreements no. 958174 and 963542 are acknowledged for financial support.</p
Intermittent renewable energy requires a powerful energy storage system to smoothen the relationship...
The interfacial reactions in sodium-ion batteries (SIBs) are not well understood yet. The formation ...
Great abundance, trivalent oxidation state, high volumetric energy density and inherent safety make ...
As part of a programme to develop a high power density, Al/air battery with a NaCl brine electrolyte...
The increasing demand for protective metals as coatings and non-corrosive alloys has stimulated exte...
The development of sodium-ion batteries utilizing sulfonylamide-based electrolytes is significantly ...
Imide salt–polymer plastic crystal electrolytes (PPCEs) have been demonstrated to be very promising ...
Rechargeable lithium ion batteries (LIB) have been widely used as commercial energy storage systems ...
AbstractThe anodic dissolution of metals is an important topic for battery design, material finishin...
Research on aluminium batteries is rapidly gaining momentum as a potential alternative to establishe...
The inability of imide salts to form a sufficiently effective passivation layer on aluminum current ...
Electrolytic dissolution of pure aluminium in aqueous halide electrolytes has been investigated and...
It was shown that the dissolution rate and the nature of its change depend on the acid nature, the s...
The anodic behaviors of aluminum current collector for lithium ion batteries were investigated in a ...
In this thesis work, hard-carbon anodes with a coating of Al2O3 in sodium-ion batteries have been in...
Intermittent renewable energy requires a powerful energy storage system to smoothen the relationship...
The interfacial reactions in sodium-ion batteries (SIBs) are not well understood yet. The formation ...
Great abundance, trivalent oxidation state, high volumetric energy density and inherent safety make ...
As part of a programme to develop a high power density, Al/air battery with a NaCl brine electrolyte...
The increasing demand for protective metals as coatings and non-corrosive alloys has stimulated exte...
The development of sodium-ion batteries utilizing sulfonylamide-based electrolytes is significantly ...
Imide salt–polymer plastic crystal electrolytes (PPCEs) have been demonstrated to be very promising ...
Rechargeable lithium ion batteries (LIB) have been widely used as commercial energy storage systems ...
AbstractThe anodic dissolution of metals is an important topic for battery design, material finishin...
Research on aluminium batteries is rapidly gaining momentum as a potential alternative to establishe...
The inability of imide salts to form a sufficiently effective passivation layer on aluminum current ...
Electrolytic dissolution of pure aluminium in aqueous halide electrolytes has been investigated and...
It was shown that the dissolution rate and the nature of its change depend on the acid nature, the s...
The anodic behaviors of aluminum current collector for lithium ion batteries were investigated in a ...
In this thesis work, hard-carbon anodes with a coating of Al2O3 in sodium-ion batteries have been in...
Intermittent renewable energy requires a powerful energy storage system to smoothen the relationship...
The interfacial reactions in sodium-ion batteries (SIBs) are not well understood yet. The formation ...
Great abundance, trivalent oxidation state, high volumetric energy density and inherent safety make ...