Lithium anode alloying of lithium-sulfur batteries
The alloying method is mainly to use lithium-containing alloys to replace metal lithium as the negative electrode, and it is...
The alloying method is mainly to use lithium-containing alloys to replace metal lithium as the negative electrode, and it is...
As an important branch of the electrolyte system, solid electrolyte occupies a place in actual battery production and application. The...
Adding functional substances to the electrolyte has gradually become an important means to improve battery performance, especially in the lithium-sulfur...
Solvents used in lithium-sulfur battery electrolytes are often divided into three categories: the first category is ester solvents, such as...
As an important part of the battery system, the electrolyte has a direct impact on the performance of the electrode...
Studies have shown that from the perspective of battery composition and structure, optimizing the structure of the sulfur cathode is...
Sulfur/non-metal compound composite material In addition to metal compounds, some non-metal compounds can also be used as supports for sulfur-based...
Metal nitrides, especially transition metal nitrides (called metallic nitrides) generally have the characteristics of high hardness, high melting point and...
Although metal compounds are inferior to carbon-based materials in terms of conductivity, specific surface area and pore structure; however, metal oxides...
In lithium-sulfur batteries, in addition to being used as separators and binder materials, polymers can also be used as carriers...