Thermal oxidative aging, thermal oxidative aging kinetics and hygrothermal aging of polypropylene/montmorillonite nanocomposites was especially investigated.

A process for synthesis one-dimension Fe2O3 iron oxide nanoneedles upon iron nanocrystalline layers which were pulse-plated on the metal substrates using thermal oxidation in furnace was introduced.

, firstly, a pure zinc nanocrystalline layer was produced by using periodic reverse pulse plating process, and then the ZnO nanoneedle array grew upon the layer through thermal oxidation in air.

ZnO thin films were prepared by thermal oxidation and pulsed laser deposition.

Study of thermal oxidation degradation of Shenfu coal at ambient temperature in a fixed-bed reactor;

Effect of thermal oxidation of activated carbon surface on its adsorption of dibenzothiophene;

Study of the thermal oxidation kinetics for tuna oil by differential scanning calorimetry;

Effect of OMMT on thermal oxidative aging of PPC/OMMT nanocomposites was investigated.

The influence of 4010NA antioxidant powder and traditional 4010NA antioxidant on the vulcanizing characteristics, thermal oxidative aging stability under free condition, and water extraction resistance of NR compounds were investigated.

A comparative test of new antioxidants 350 and PS 988 to traditional antioxidants A,D,RD and 4010NA in NR compound was made in terms of thermal oxidative aging property,flex cracking,cut growth resistance and weathering resistance,and their effect on the curing rate of NR compound was investigated.