有序化形成第二相粒子后阻碍位错运动，提高合金强度。
It leads to form the second phase particle, which hinder dislocation motion and improve alloy intensity.
结果表明：对于一定的混杂复合材料，弯曲强度随着某一位置层错数目的减少而增加；
The result shows that, for a definite hybrid composite, the bending strength increases as the numbers of the plies drop-off at a station reduce.
受非马氏体组织的影响及可动位错密度降低的作用，屈服强度、屈强比随退火温度升高而升高。
The yield strength, yield ratio increase with the increase of annealing temperature, due to the impact of non-martensite and the decrease of movable dislocation density.
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