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首页> 外文期刊>Materials & design >Main process parameters for manufacturing open-cell Zn-22Al-2Cu foams by the centrifugal infiltration route and mechanical properties
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Main process parameters for manufacturing open-cell Zn-22Al-2Cu foams by the centrifugal infiltration route and mechanical properties

机译:离心渗透途径和力学性能制备开孔Zn-22Al-2Cu泡沫的主要工艺参数

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摘要

Parameters of centrifugal infiltration process for manufacturing open-cell Zn-22Al-2Cu foams with spherical shape porosity and different pore sizes from 0.85 to 0.42 mm were experimentally determined. The experimental results showed that the most favorable temperature both of heating of the NaCl preforms and of pouring (or infiltration) was 600 degrees C, while the minimum centrifugal forces varied for each NaCl particle size of the preform. Minimum centrifugal forces of 11, 16 and 25 N were required to fully form open-cell Zn-22Al-2Cu foams with pore size of 0.85 mm, 0.65 mm and 0.42 mm, respectively.
机译:实验确定了离心渗透工艺参数,该参数用于制造球形孔隙度为0.85至0.42 mm的不同孔径的开孔Zn-22Al-2Cu泡沫。实验结果表明,NaCl预成型坯的加热和浇注(或渗透)的最有利温度均为600℃,而最小离心力随预成型坯的每种NaCl粒径而变化。需要11、16和25 N的最小离心力才能完全形成孔径分别为0.85 mm,0.65 mm和0.42 mm的开孔Zn-22Al-2Cu泡沫。

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