The physical and chemical basis for producing high-porosity honeycomb-like nanomaterials operating in a wide range of temperatures and current loads for electrodes in high-energy chemical current sources (CCS) has been elaborated.
Porous materials produced by the powder metallurgy method are used as filters, flame extinguishers, acoustic absorbers, damping materials, heat pipes, electrodes, etc
The solution is directed to the creation of electrode materials based on commercially available carbon fiber materials for energy storage for a hybrid transport .
