although Foam nickel because of high surface area and pores sex and widely used exist catalytic and Battery electrode wait field , major scope , but recently academia right low density Foam nickel exist promote energy storage system efficacy aspect potential conduct discuss in depth hour , Appear Got it Complexity and Puzzled Phenomenon . this one Research field develop seem exist To a certain degree superior Increase Got it understand superior difficulty , make professional then arrive Related field researcher exist Interpretation latest progress and potential application hour face challenge .
low density Foam nickel as A sort of New Materials , compare exist Tradition Foam nickel have Even Low overall density , This kind of Traits bestow Got it it more light and Quite a few hole characteristic , unique of Attributes , and then Significantly Increase Got it Material surface area and optimization and promote Got it That electrochemistry performance… exist Battery , super capacitor wait energy storage field application middle , low density Foam nickel Showing Got it Excellent potential and Advantage .
low density Foam nickel The reason exist electrochemistry application middle Showing color performance , Apart from Everyone All learn of , main benefit exist That unique high specific surface product Traits , this Significantly Increase Got it Material Surface activity site quantity , thereby promote Got it energy storage and Wholeness able ; at the same time , exist at the same time , That Quite a few hole structure truly of ensure Got it electrolyte Efficient penetration , and then accomplish Got it faster speed Discharge , step and process .
Research personnel Always exist Research Various method Come Enhance low density Foam nickel exist energy storage application middle of performance . A sort of method involving use different of Material or coating right Foam surface conduct modified , by improve That electrochemistry performance . For example , Will graphite ene or carbon nanotubes incorporated Foam middle Can improve conductivity and stability .
Other one Research field involving optimization Foam itself of structure and Element . pass control Foam of Porosity and form , Research personnel Can against specific of energy storage application custom made That performance . For example , Increase Foam of Aperture Can improve ion diffusion , thereby improve super capacitor of performance .
Overall , freed low density Foam nickel exist energy storage aspect of potential have possible completely changed Should field . That high surface area , Porosity and Adjustable characteristic make That become A sort of Multifunction Material , Can against Various energy storage equipment conduct custom made . pass constantly of Research and develop , low density Foam nickel Can exist advance next generation energy storage technology aspect play crucial of effect .