Metal oxide and sulfide materials used as support for sulfur-based cathode materials
Although metal compounds are inferior to carbon-based materials in terms of conductivity, specific surface area and pore structure; however, metal oxides...
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...
A wide variety of porous carbon is a good carrier for constructing sulfur-based active materials. The electrochemical performance of sulfur/porous...
Carbon materials are ideal carriers for preparing sulfur-based composite materials. This is mainly due to the relatively excellent electrical conductivity...
Sulfur cathode is the core component of lithium-sulfur batteries, and it is also the key to restrict the electrochemical performance...
Lithium-sulfur batteries are generally a secondary battery system in which elemental sulfur and metallic lithium are active materials for the...
Commercial lithium-ion batteries have become the most important part of the secondary battery system due to their own advantages such...
Cathode material All-solid-state battery cathodes generally use composite electrodes, which include solid electrolytes and conductive agents in addition to the...
Oxide solid electrolyte According to the material structure, the solid oxide electrolyte can be divided into two types: crystalline state...
The polymer solid electrolyte (SPE), which is composed of a polymer matrix (such as polyester, polymerase and polyamine, etc.) and...