The electrical mobility of LiPF6 in acetonitrile–dimethyl sulfoxide (ACN–DMSO) mixtures, a potential electrolyte in oxygen cathodes of lithium-air batteries, has been studied using a very precise conductance technique, which allowed the determination of the infinite dilution molar conductivity and association constant of the salt in the whole composition range. In the search for preferential Li+ ion solvation, we also measured the electrical conductivity of tetrabutylammonium hexafluorophosphate (TBAPF6), a salt formed by a bulky cation, over the same composition range. The results show a qualitative change in the curvature of the LiPF6 molar conductivity composition dependence for ACN molar fraction (xACN) ∼ 0.95, which was not observed fo...
Glycol ethers, or glymes, have been recognized as good candidates as solvents for lithium-air batter...
New-generation lithium-ion batteries use ionic liquids (ILs) as electrolyte solutions, greatly enhan...
New-generation lithium-ion batteries use ionic liquids (ILs) as electrolyte solutions, greatly enhan...
Lithium-air batteries emerge as an interesting alternative for advanced energy storage devices. The ...
A systematic study of electrolytes has been conducted to explore how solution structure dictates ele...
The reduction in the usage of fossil fuels can be achieved by focusing on the development of high-en...
The solvation of lithium ions in mixed nonaqueous solvents relevant to organic electrolyte lithium b...
The reduction in the usage of fossil fuel can be achieved by focusing on development of high-energy ...
Two super-concentrated aqueous electrolyes, or water-in-salt electrolytes, comprising the lithium tr...
We present molecular dynamics simulation results pertaining to the solvation of Li+ in dimethyl sulf...
We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated sol...
We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated sol...
We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated sol...
ABSTRACT: In seeking solutions to the problem of the high viscosity of electrochemically stable sulf...
Mixtures of solvents are commonly used in non-aqueous lithium-ion battery electrolytes. Structures c...
Glycol ethers, or glymes, have been recognized as good candidates as solvents for lithium-air batter...
New-generation lithium-ion batteries use ionic liquids (ILs) as electrolyte solutions, greatly enhan...
New-generation lithium-ion batteries use ionic liquids (ILs) as electrolyte solutions, greatly enhan...
Lithium-air batteries emerge as an interesting alternative for advanced energy storage devices. The ...
A systematic study of electrolytes has been conducted to explore how solution structure dictates ele...
The reduction in the usage of fossil fuels can be achieved by focusing on the development of high-en...
The solvation of lithium ions in mixed nonaqueous solvents relevant to organic electrolyte lithium b...
The reduction in the usage of fossil fuel can be achieved by focusing on development of high-energy ...
Two super-concentrated aqueous electrolyes, or water-in-salt electrolytes, comprising the lithium tr...
We present molecular dynamics simulation results pertaining to the solvation of Li+ in dimethyl sulf...
We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated sol...
We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated sol...
We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated sol...
ABSTRACT: In seeking solutions to the problem of the high viscosity of electrochemically stable sulf...
Mixtures of solvents are commonly used in non-aqueous lithium-ion battery electrolytes. Structures c...
Glycol ethers, or glymes, have been recognized as good candidates as solvents for lithium-air batter...
New-generation lithium-ion batteries use ionic liquids (ILs) as electrolyte solutions, greatly enhan...
New-generation lithium-ion batteries use ionic liquids (ILs) as electrolyte solutions, greatly enhan...