SnO2 nanowires were successfully synthesized via thermal evaporation method at atmospheric pressure.

Highly ordered SnO2 nanowire arrays embedded in anodic alumina membranes (AAM) were synthesized by a simple sol-gel method.

One way, highly ordered SnO2 nanowire arrays embedded in anodic alumina membranes (AAMs) were fabricated by sol-gel method, first SnO2 colloidal suspensions filled in the pores of AAMs, then annealed at 600℃for 10h.

The synthetic process and properties of nanometer SnO2 were studied by XRD、DTA/TG and SEM.

SnO_2 nanorods with rutile structure were prepared by calcining precursor powders.

SnO_2 nanorods doped Cd~ 2+ with the rutile structure were synthesied by calcinedating precursor powders, which were prepared by redox reaction of SnCl and CdCl mixture aqueous solution to KBH_4 aqueous solution in microemulsion in the presence of molten salt NaCl+KCl.

Synthesis of SnO_2 nanorods with the rutiles tructure by annealing precursor powders in molten salt.

The structure and properties of nano-SnO_2 were characterized by XRD,TEM and electrochemical test.

The recent research on the nano-SnO_2 prepared by chemical precipitation method using the inorganic salts as source materials was described in this paper.

Controlling of Nano-SnO_2 Powder Agglomeration;