In an H type of electrolytic cell, with benzene as the starting material, H_2SO_4 as the supporting electrolyte, PbO_2 as the anode material, graphite as the cathode material, para quinone was synthesized by means of the direct electrooxidation technique.

The direct electrolytic oxidation of p-tert-butyl toluene in a mixture of sodium fluoborate, acetic acid and methanol using carbon rod as electrode has been studied.

The studying of preparing Al/Al_2O_3 metal matrix composites with direct oxidation in aluminum melt;

Study on acetic acid production process by direct oxidation of ethylene;

Study on Electrocatalyst of Direct Oxidation of Methane on Anode of Solid Oxide Fuel Cell;

In order to restrain the celluloid preferred growth in the directed oxidation process of Al–Zn–Si alloy and to improve the microstructure of composites, the effect of MgO surface dopant on the oxidation growth process of Al–Zn–Si alloy was studied by thermogravimetric (TG) analysis.

The effect of SiO_2 surface dopant on directed oxidation of alloy AlZnSi at high temperature in air was studied by thermogravimetric experiments.

The composition and microstructures of Lanxide material made from directed oxidation growth of alloy Al-Mg-Si were analyzed by X-ray diffraction, optical microscopy and transmission eletron microscopy.

Direct oxidated fuel cells, the fuels of which are small organic molecules such as methanol, ethanol, propanol and formic acid are the new types of low temperature fuel cells.

Preliminary study on the mechanism of ZrO_2 direct electrodeoxidation;

Preparation of zirconium by direct electrodeoxidation;