A matsayin daya daga cikin mafi yawan wakilcin oxides na tushen tin, tin dioxide (SnO2) yana da halaye masu dacewa na nau'in n-type wide-bandgap semiconductor, kuma an yi amfani da su a wurare da yawa kamar iskar gas da ilimin halittu.A lokaci guda, SnO2 yana da fa'idodin tanadi mai yawa da kariyar muhalli kore, kuma ana ɗaukarsa ɗayan mafi kyawun kayan anode don batir lithium-ion.

Nano tin dioxide kuma ana amfani da shi sosai a fagen batirin lithium saboda kyawun iyawarsa zuwa haske mai iya gani, kyakkyawan kwanciyar hankali na sinadarai a cikin maganin ruwa, da takamaiman ɗawainiya da hangen nesa na infrared radiation.

Nano stannic oxide sabon abu ne na anode don batirin lithium-ion.Ya bambanta da na baya carbon anode kayan, shi ne wani inorganic tsarin da karfe abubuwa a lokaci guda, da kuma microstructure kunshi nano sikelin stannic anhydride barbashi.Nano tin oxide yana da halayen haɗin lithium na musamman, kuma tsarin haɗin lithium ɗin sa ya bambanta da na kayan carbon.

Binciken da aka yi a kan tsarin haɗin gwiwar lithium na tin dioxide nanoparticle ya nuna cewa saboda barbashi na SnO2 sune nano-sikelin, da kuma gibba tsakanin barbashi ma nano-sized, yana samar da kyakkyawar tashar tashar nano-lithium intercalation da intercalation ga intercalation na ions lithium.Saboda haka, tin oxide nano yana da babban ƙarfin haɗin gwiwar lithium da kyakkyawan aikin haɗin gwiwar lithium, musamman a yanayin caji da caji mai girma na yanzu, har yanzu yana da babban ƙarfin juyawa.Tin dioxide nano abu ya ba da shawarar sabon tsarin don kayan lithium ion anode, wanda ke kawar da tsarin da ya gabata na kayan carbon, kuma ya jawo hankali da bincike sosai.