刊名:International Journal of Minerals, Metallurgy and Materials
出版年:2009
出版时间:December 2009
年:2009
卷:16
期:6
页码:667-671
文摘
Textures of high-strength and low-expansion Fe-Ni alloy wires during cold-drawing processes were investigated using X-ray diffraction (XRD) and electron back scatter diffraction (EBSD) techniques. The experimental results show that the <111> and <100> fibre textures are the main texture components, and crystalline grains in the surface are more fine and uniform than those in the center of Fe-Ni alloy wires during cold-drawing processes. It is found that the volume fraction of the <111> fibre texture component determined by quantitative regression calculation of the Gaussian distribution function reaches more than 60 % and the strong <111> fibre texture component favors the torsional property of Fe-Ni alloy wires.