在本团队此前的研究中，漂流电子对溶质原子和析出相等钉扎位错的缺陷的作用

In the previous research of our team, the effects of drifting electrons on the solute atoms and the defects of equal pinning dislocations are different. The precipitated phase cannot actively pin the dislocation, only when the dislocation slips over the precipitated phase. It produces pinning, and the solid solution atom can either actively pin the dislocation by diffusion to the dislocation, or it can form a pin when the dislocation slips over the solid solution atom, so the drift electrons have a solid solution state and peak aging The effects of state samples are not the same. In order to analyze the influence of current on the Ludes strain of the solid solution sample and establish the related mathematical model, the influence of the current parameters in this study on the precipitated phase of the sample should also be confirmed.

In this team's previous research, the role of drifting electrons on solute atoms and the defects that precipitate equal nailing misalignment is different, the extraction phase can not actively nail misalignment, can only be nailed when the bit slips through the precipitation phase, and solidified atoms can either spread to the misalignment of the active nailing misalignment, but also in the misplaced slip over the solid-soluble atoms to form a nail, so the drifting electrons on the solid state and peak time-sensitive sample effect is not the same. In order to analyze the effect of current on solid-soluble sample Ludes strain and establish the relevant mathematical model, the influence of current parameters on the sample profiling phase should also be confirmed in this study.

In our previous research, the effect of drift electrons on the defects of solute atoms and precipitates pinning dislocations is different. Precipitates can not actively pin dislocations, but can only pin dislocations when dislocations slip through precipitates. Solid solution atoms can actively pin dislocations either by diffusing to dislocations or by pinning dislocations when dislocations slip through solid solution atoms, Therefore, the effect of drift electrons on the solid solution and peak aged samples is not the same. In order to analyze the effect of current on the ludesian strain of solid solution samples and establish the relevant mathematical model, the effect of current parameters in this study on the precipitates should also be confirmed.<br>