Dị ka otu n'ime ndị kasị ahụkarị ndị nnọchiteanya nke tin dabeere oxides, tin dioxide (SnO2) nwere mkpa àgwà nke n-ụdị wide-bandgap semiconductor, na e ji mee ihe n'ọtụtụ ubi dị ka gas sensing na biotechnology.N'otu oge ahụ, SnO2 nwere uru nke nnukwu nchekwa na nchebe gburugburu ebe obibi ndụ ndụ, a na-ewerekwa ya dị ka otu n'ime ihe anode kachasị mma maka batrị lithium-ion.

A na-ejikwa Nano tin dioxide mee ihe n'ọtụtụ ebe n'ọhịa nke batrị lithium n'ihi na ọ dị mma permeability na ìhè a na-ahụ anya, ezigbo nkwụsi ike nke kemịkal na ngwọta mmiri, yana kpọmkwem conductivity na ntụgharị nke radieshon infrared.

Nano stannic oxide bụ ihe anode ọhụrụ maka batrị lithium-ion.Ọ dị iche na ihe carbon anode gara aga, ọ bụ usoro inorganic nke nwere ihe ọla n'otu oge, na microstructure bụ nke nano scale stannic anhydride particles.Nano tin oxide nwere njiri mara lithium intercalation pụrụ iche, na usoro njikọ njikọ lithium ya dị nnọọ iche na nke ihe carbon.

Nchoputa nke lithium intercalation usoro nke tin dioxide nanoparticle na-egosi na n'ihi na irighiri nke SnO2 bụ nano-ọnụ ọgụgụ, na ọdịiche dị n'etiti ahụ na-nano-sized, ọ na-enye ezi nano-lithium intercalation ọwa na intercalation maka intercalation nke intercalation nke. ion lithium.Ya mere, tin oxide nano nwere nnukwu ikike intercalation lithium na arụmọrụ intercalation lithium dị mma, ọkachasị n'ihe banyere ịchaji na ịchaji dị ugbu a, ọ ka nwere nnukwu ikike ntụgharị.Tin dioxide nano ihe na-atụ aro ka usoro ọhụrụ maka lithium ion anode ihe, nke na-ewepụ usoro ihe carbon gara aga, ma dọtakwuo anya na nyocha.