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1·The strengthen mechanism of micro particles is due to dispersion strengthening.

微米微粒的强化机理则主要归功于微粒的弥散强化作用。

2·Existing casting techniques which can realize dispersion strengthening are reviewed in this paper.

本文总结了现有的几种用铸造实现弥散强化的工艺。

3·Increasing the nitrogen content in the steels led to higher dispersion strengthening contributions.

钢中氮含量的增加会使弥散强化的作用更加明显。

4·The fine grain strengthening, dislocation strengthening and dispersion strengthening will be enhanced.

这将使晶界强化和位错强化效果增强。

5·It is shown that 20% deformation is best to satisfy the requirements of good dispersion strengthening.

结果表明，采用20%预变形和适当的时效处理，其强化效果最好。

6·Selected principles of strengthening phase of dispersion strengthening Cu alloy and its application prospect were discussed.

讨论了弥散强化铜合金强化相的选择原则，以及此合金的应用前景。

7·The Ni-based transition alloy had a function of dispersion strengthening, and ahvanced the toughness, reduced the trend of cracking.

镍基过渡合金既起到弥散强化作用，又能提高其韧性，减少裂纹产生。

8·With the same additive volume, the abrasive resistance of the coating increases as the size of the dispersion strengthening phase decreases.

在相同的体积分数下，随着涂层中弥散强化相尺寸的减小，涂层的耐磨性提高。

9·Under the condition of producing qualified nickel concentrate, the increase of nickel recovery is limited in a bench test and commercial test by strengthening pulp dispersion and desliming.

针对矽酸盐型镍矿石采用目前成熟的浮选方法回收其中的镍，在产出合格镍精矿的前提下，通过强化矿浆分散、脱泥的小型试验和工业试验，镍回收率提高有限。

10·It is shown that dispersion hardenings is an effective strengthening method of high-temperature alloys.

结果表明，弥散强化是一种有效的高温合金强化方法。