In the present work, microstructures formed in surface layers of cool-rolled pure copper after the irradiation of high current pulsed electron beam (HCPEB) were detected by using X-ray diffractometry (XRD) and high-resolution transmission electron microscopy (HRTEM).

The effect of electric field on the recrystallization and recrystallization texture development in cold-rolled copper was studied by X-ray diffraction (ODF analysis) combined with optical microscopy.

The general situation of hydraulic AGC techniques for copper cold rolling mills is introduced, the direct measurement and closed loop control for mill gap are simply described, the natural rigidity of mill and the equivalent rigidity in gap control are analysed and compared, and at last the realization of a gap direct measurement AGC system is simply described as an example.

Development and application of a new type of two-roll cold-rolling mill for copper wire rods;

Study on the structure and property of iron-aluminum diffusing layer on pure copper substrate;

Influence of equal channel angle extrusion on the structure refinement of pure copper;

Grain refinement and its correlation with strain for pure copper subjected to high pressure torsion;

Experimental investigation and finite element simulation on grain refinement of copper due to shot peening;

Study on Aluminizing and Internal Oxidation Treatment of Pure Copper;

Effect of Lithium on Mechanical Properties of Pure Copper;