液体铝的显著遗传由电的脉搏修改了( EP , EPM ) uncovered.For 更好在世袭性质上从所有方面一直在理解,现在的研究处理遗传破坏和第二等的 EPM procedure.It 被显示出第二等的 EPM 能够阻止 修改EP 的液体铝的遗传减小,并且最后的精制效果与第二等的 EPM.Furthermore 的技术参数有一种靠近的关系,在某个 superhe
The remarkable heredity of liquid aluminum modified by electric pulse (EP, EPM) has been uncovered. For better understanding from all aspects on the hereditary properties, the present research deals with the heredity destruction and the secondary EPM procedure. It is shown that the secondary EPM is capable of preventing the heredity reduction of EP-modified liquid aluminum, and that the final refining effect has a close relationship with technique parameters of the secondary EPM. Furthermore, at a certain superheated temperature depending on the initial EPM technique parameters, the heredity relationship of EP-modified liquid aluminum can be cut off during remelting. High temperature X-ray diffraction combining with the DSC tests also indicates that the EP-induced structure changes have almost disappeared at an elevated remelting temperature.