Semumwe weanonyanya kumiririra vamiriri vetin-based oxides, tin dioxide (SnO2) ine hunhu hwakakodzera hwen-type wide-bandgap semiconductors, uye yakashandiswa mundima dzakawanda senge gasi kunzwa uye biotechnology.Panguva imwecheteyo, SnO2 ine mabhenefiti ezvakawanda zvakachengetwa uye yakasvibira kuchengetedza kwezvakatipoteredza, uye inoonekwa seimwe yeanonyanya kuvimbisa anode zvinhu zvelithium-ion mabhatiri.

Nano tin dioxide inoshandiswa zvakanyanya mumunda wemabhatiri e-lithium nekuda kwekunaka kwayo kupenya kuchiedza chinooneka, kugadzikana kwekemikari yakanakisa mumushonga wemvura, uye chaiyo conductivity uye kuratidzwa kwemwaranzi ye infrared.

Nano stannic oxide chinhu chitsva anode zvinhu zvelithium-ion mabhatiri.Yakasiyana neyakapfuura kabhoni anode zvinhu, inorganic system ine simbi zvinhu panguva imwe chete, uye iyo microstructure inoumbwa nano scale stannic anhydride particles.Nano tin oxide ine yakasarudzika lithium intercalation maitiro, uye yayo lithium intercalation mechanism yakasiyana zvakanyanya neiyo kabhoni zvinhu.

Tsvagiridzo pamusoro peiyo lithium intercalation process yetin dioxide nanoparticle inoratidza kuti nekuti zvimedu zveSnO2 zvine chiyero, uye mikaha iri pakati pezvimedu zvakare nano-saizi, inopa yakanaka nano-lithium intercalation chiteshi uye kupindirana kwekupindirana kwe lithium ions.Naizvozvo, tin oxide nano ine yakakura lithium intercalation capacity uye yakanaka lithium intercalation performance, kunyanya kana iri high current kuchaja uye kuburitsa, ichiri nehombe inodzoreka.Tin dioxide nano material inokurudzira rudzi rutsva rwelithium ion anode material, iyo inobvisa yekare system ye carbon materials, uye yakwezva kutarisisa kwakawanda uye kutsvagisa.