ZnO nanoarrays are successfully fabricated on an anhydrous zinc acetate seed coated SnO2∶F substrate by its in situ forced hydrolysis at the initial stage in an aqueous solution without pre-existing ZnO seeds or expensive catalyst.

The field emission measurements of these ZnO arrays show that the emission instability was mainly caused by the non-uniformity of emission tips in the arrays.

Highly ordered zinc oxide nanowire arrays were prepared by sol-gel method in the pores of anodic alumina membrane (AAM).

Tetrapod nano-ZnO prepared by melting-combustion method;

Study on the Antibacterial Performance of Silk Fabric Treated with Nano-ZnO;

Dispersion of Nano-ZnO and Preparation of Nanometer Finishing Agent;

Influence of nano-zinc oxide masterbatch on physical properties of NR vulcanizate;

Application of nano-zinc oxide in tread and sidewall compounds of TBR tire;

Application of nano-zinc oxide in tread of truck tire;