1) Alumina dispersion strengthened copper alloy
Cu-Al_2O_3弥散强化铜合金
1.
Alumina dispersion strengthened copper alloy which has high strength and high conductivity, and can retain high strength at elevated temperature, is one kind of advanced copper alloy with superior combination properties .
Cu-Al_2O_3弥散强化铜合金具有高强、高导以及优越的抗高温软化性能,是一类具有优越综合性能的先进铜合金,该合金已被广泛应用于大功率微波管、汽车焊接电极、集成电路引线框架、核技术、航空航天等众多高新技术领域。
2) dispersion strengthened copper alloy
弥散强化铜合金
1.
Low content alumina dispersion strengthened copper alloy wa s prepared by short-flow technology, and its annealing characteristics was stud ied by mechanical property measurment, microstructure observation and SEM fractu re analysis.
采用短流程工艺制备了低浓度Cu Al2 O3弥散强化铜合金 ,通过力学性能测量、金相、扫描电镜断口研究了该合金的退火特性。
2.
Fabrications processes and characters of high-strength,high-conductivity and high-heat resistance dispersion strengthened copper alloy are summarized.
综述了高强高导高耐热弥散强化铜合金的制备方法及其特点,比较了各种方法制备的弥散强化铜合金的性能,简述了国内外研究现状。
4) dispersion strengthened copper alloy(DSCA)
弥散强化铜合金(DSCA)
5) Al2O3 Dispersively Strengthened Copper Alloy
Al2O3弥散强化铜合金
6) Al_2O_3 dispersion strengthening Cu-based composite
Al_2O_3弥散强化铜基复合材料
1.
The progress of Al_2O_3 dispersion strengthening Cu-based composite prepared by internal oxidation was reviewed;the medium of internal oxidation and the conditions of thermodynamics and kinetics were summed up;the combination processes of Al_2O_3 dispersion strengthening Cu-based composite prepared by internal oxidation were described in detail.
综述了内氧化法制备Al_2O_3弥散强化铜基复合材料的研究进展,总结了Cu-Al合金内氧化介质及热力学和动力学条件,对内氧化法制备Al_2O_3弥散强化铜基复合材料进行了详细的阐述。
补充资料：弥散强化MQPt-5Rh合金
分子式：
CAS号：
性质：是以PtRh5合金为基用微细的二氧化锆为强化相的高温结构材料。密度20.6g/cm3。抗拉强度为293MPa。维氏硬度9.2MPa。伸长率22%。电阻系数16.87×10-2Ω·mm2/m。1300℃，5MPa应力下的持久断裂寿命313h，是PtRh10合金的4.47倍。先制成含0.1%Zr的片材，内氧化和复合加工可制成片材、丝材。加工性能良好。用于制作玻璃纤维多孔密排大型（800孔）漏板底板。
CAS号：
性质：是以PtRh5合金为基用微细的二氧化锆为强化相的高温结构材料。密度20.6g/cm3。抗拉强度为293MPa。维氏硬度9.2MPa。伸长率22%。电阻系数16.87×10-2Ω·mm2/m。1300℃，5MPa应力下的持久断裂寿命313h，是PtRh10合金的4.47倍。先制成含0.1%Zr的片材，内氧化和复合加工可制成片材、丝材。加工性能良好。用于制作玻璃纤维多孔密排大型（800孔）漏板底板。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条