The article is centered on the techniques of heatproof aluminum alloy transmit electricity, including fundamental principles, functions, applied environments, advantages and disadvantages, the domestic and international application, briefly introducing the present state of the techniques of super-conducting transmit electricity.

In this paper, the development of rapid-solidified heat resistant aluminum alloys are reviewed, and the principle of compositional selecting, preparation methods and reinforcement mechanism are analyzed emphatically.

Lubrication action of pure aluminum during high temperature deformation of heat-resistant aluminum alloy;

Experimental investigation on forge forming process of spray deposited blanks of rapidly solidified AlFeX heat-resistant aluminum alloy;

Densification and mechanical properties of spray deposited large scale heat-resistant aluminum alloy tubular preforms during wedge pressing;

The heat flow of the depositing process in the course of the preparation of multi-layer spray deposited (MLSD) pipe blank of heat-resistant Al alloy was modeled.

This paper established a model for the heat flow of the atomization process in preparing the multi-layer spray deposited (MLSD) heat-resistant Al alloy pipe blank, and calculated the kinetic energy and heat transformation between the molten droplets and the atomization gas.

Tensile deformation behavior of heat-resistance aluminum (FVS0812) sheet at elevated temperature;

Drawing technology of heat-resistance aluminum hemisphere-shaped part;

Research on property of heat-resistance Aluminum(FVS0812) sheet drawing;

This paper reviews the advantages and disadvantages of RS/PM and spray forming producing high temperature aluminum alloy.

The flat plates of high temperature aluminum alloy FVS0812 with the dimensions of 500 mm×300 mm×20 mm are prepare.

ome questions in the development of rapidly solidified high temperature aluminum alloy is discussedin this report.