对弥散强化铜的锻造性进行了研究。
The forgeability of dispersion strengthened copper was studied.
钢中氮含量的增加会使弥散强化的作用更加明显。
Increasing the nitrogen content in the steels led to higher dispersion strengthening contributions.
本文总结了现有的几种用铸造实现弥散强化的工艺。
Existing casting techniques which can realize dispersion strengthening are reviewed in this paper.
结果表明，弥散强化是一种有效的高温合金强化方法。
It is shown that dispersion hardenings is an effective strengthening method of high-temperature alloys.
微米微粒的强化机理则主要归功于微粒的弥散强化作用。
The strengthen mechanism of micro particles is due to dispersion strengthening.
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。
Selected principles of strengthening phase of dispersion strengthening Cu alloy and its application prospect were discussed.
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。
The Ni-based transition alloy had a function of dispersion strengthening, and ahvanced the toughness, reduced the trend of cracking.
弥散强化铜具有良好的导电性和高温性能等，广泛应用于汽车、电子等行业。
Dispersion strengthened copper (DSC) is widely used in automobile and electronic industry because of its excellent conductivity and high-temperature property.
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。
With the same additive volume, the abrasive resistance of the coating increases as the size of the dispersion strengthening phase decreases.
综述了铜基复合材料的研究现状，包括氧化物弥散强化铜和碳纤维-铜复合材料。
The paper summarized research situation of copper based composites, including oxide dispersion strengthen copper based composite and carbon fiber copper composite.
本发明涉及一种贵金属合金，具体地说是一种氧化锆氧化钇弥散强化钯金合金及其生产方法。
The invention relates to a precious metal alloy, in particular to a zirconia and yttria dispersion-strengthened palladium alloy and a production method thereof.
结果表明，在氮基气氛中进行内氧化处理同样可以得到具有很好热稳定性的氧化铝弥散强化铜基复合材料；
The experimental results show that alumina dispersion strengthened copper base composites with good heat-resistance can be produced by the means of the inner oxiding in a nitrogen base atmosphere.
结果表明，在氮基气氛中进行内氧化处理同样可以得到具有很好热稳定性的氧化铝弥散强化铜基复合材料；
The influences of the process on the structure and properties of Cu base composites are studied in this paper.
提高V含量使细小弥散的碳化钒在晶内析出，产生明显的沉淀强化效果。
V strengthened welds exhibited higher toughness than that strengthened with C in the same strengthening effect.
细胞毒性水肿和血脑屏障的破坏可能导致丘脑弥散受限及强化，这些很少见于基底节区。
Cytotoxic edema and blood brain barrier breakdown may be seen as decreased diffusion and enhancement, respectively, in thalami, and these manifestations may less commonly extend to basal ganglia.
它们通常很小并且在T1和T2序列上高于脑脊液信号，弥散受限，可能会有强化。
They are usually small and will be hyperintense to CSF on T1 and T2 weighted imaging, show restricted diffusion, and may enhance with contrast.
超细VC弥散分布于铁素体基体，随球铁含钒量增加，超细v C量趋于饱和，这部分碳化物在球铁的强化中起主要作用。
A saturated dispersion with ultrafine VC particles may be approached as the increasing of V content in the iron. This seems to play an important role in the prec...
超细VC弥散分布于铁素体基体，随球铁含钒量增加，超细v C量趋于饱和，这部分碳化物在球铁的强化中起主要作用。
A saturated dispersion with ultrafine VC particles may be approached as the increasing of V content in the iron. This seems to play an important role in the prec...
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