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。
Cold deformation and heat treatment have been studied through testing mechanical property and conductivity of Cu-Cr alloy, and strengthening mechanism has been presented in the paper.
通过测试力学性能和导电性能，对铜铬合金进行了冷变形及退火工艺的探索，并进行了强化机理分析。
That is to treat LD31 alloy by selecting reasonable chemical components and strengthening melt refining.
提出了选择合理的化学成份和加强熔体精炼等方法，对LD31合金进行处理。
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。
It is thought that solution strengthening and second phase strengthening are two main ways for improving mechanical properties of magnesium alloy.
认为固溶强化和第二相强化是加入合金元素强化镁合金的主要方式。
In this paper, the strengthening mechanism of TZM alloy was investigated. The alloy was processed, heat treated and examined by metallographic observations, phase analysis and electron probe.
本研究工作用加工、热处理、金相观察、相分析和电子探针等方法，研究了TZM合金的强化机制。
The results show that, firstly, the alloy has strong aging strengthening effect and good performance at intermediate temperature;
研究结果表明：研究合金有很强的时效强化效应和优良的中温特性；
And the relationship between thermal stability and strengthening mechanism of in-situ composite alloy were also analyzed.
同时分析了自生复合合金热稳定性与强化机制的关系。
With more varieties of alloy elements, strengthening and stabilizing effects become even more obvious.
随合金种类的增多，强化、稳定的效应更加明显。
The strengthening mechanism of the alloy was studied.
探讨了合金的强化机理。
Due to the combined strengthening effect of 8phases and Z phases, the A5 alloy had the higher strength.
相和Z相的共同强化作用使a 5合金具有更高的强度。
The result shows that the proper strengthening process can make such a new-type titanium alloy reached the better comprehensive mechanical performance.
结果表明，适当的强化工艺可以使该新型钛合金得到较好的综合力学性能。
The strengthening effect of carbon enriched at the grain boundaries on the alloy can be fo...
碳在合金的晶界富集，并有一定的强化作用。
The ageing precipitation and strengthening behavior of 7B04 aluminum alloy were investigated by DSC, TEM, HREM, SAED and tensile testing techniques.
利用差示量热法（DSC）、透射电镜（TEM）、选区电子衍射（SAED）、常规力学性能测试等手段研究了7B04铝合金时效沉淀析出及强化行为。
The strengthening means and technology of aluminum and its alloys is dis cussed. The development and current of high strength aluminum alloy is investigated.
论述了铝及铝合金的强化方法和技术，进一步研究了高强铝合金的发展趋势。
Thus it can be seen that the impact force can serve as the criterion of the aluminum alloy surface strengthening.
由此可见，冲击力可以作为判断铝合金表面强化的判据。
The strengthening mechanisms of the alloy mainly include solution strengthening, strain-strengthening and aging strengthening.
研究合金的强化机制包括固溶强化、加工硬化及析出强化。
It is considered that the V-N micro-alloy high carbon wire rods obtain the high strength and toughness mainly due to grain refining and precipitation strengthening.
研究认为钒氮微合金化硬线钢主要通过细晶强化和沉淀析出强化，从而提高钢材的强韧件。
Q37 series hook type airless shot blast cleaning machine is mainly used for surface cleaning and strengthening of steel structural parts, casting, aluminum alloy parts and other spare parts.
Q37系列吊钩式抛丸清理机主要用于钢结构件、铸件、铝合金件及其它零件的表面清理和强化。
Q37 series hook type airless shot blast cleaning machine is mainly used for surface cleaning and strengthening of steel structural parts, castings, aluminum alloy parts and other spare parts.
Q37系列吊钩式抛丸清理机主要用于钢结构件、铸件、铝合金件及其它零件的表面清理和强化。
The results show that rolling strengthening treatment can improve obviously the fatigue properties of 7B04 aluminum alloy plate.
试验结果表明，滚筒强化处理能明显提高7B0 4铝合金厚板的疲劳性能。
The external oxidation will lead to chromium dilution in the surface layer of alloy, and the internal oxidation will decrease the strengthening effect of solution and aging treatment.
外氧化使合金表面贫铬；内氧化将降低合金固溶时效强化效果。
Q37 series hook type airless shot blast cleaning machine is mainly used for surface cleaning and strengthening of steel structural parts, castings, aluminum alloy parts and other spare parts.
主要用于钢结构件、铸件、铝合金件及其它零件的表面清理和强化。
Q37 series hook type airless shot blast cleaning machine is mainly used for surface cleaning and strengthening of steel structural parts, castings, aluminum alloy parts and other spare parts.
主要用于钢结构件、铸件、铝合金件及其它零件的表面清理和强化。
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