Higher tensile strength and higher conductivity in-situ deformation composite of Copper-steel

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Higher tensile strength and higher conductivity in-situ deformation composite of Copper-steel

机译：铜钢更高的拉伸强度和更高的电导率原位变形复合材料

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Conductivewirewithhighertensilestrengthwasproducedbyin-situdeformationofcopper-steelalloy.Thealloycontains11.5wt%oflowcarbonsteelandwascasttoingotinavacuuminductivemeltingfurnace.Theingotwasforgedtorodwhichthenunderwentmulti-cold-drawingintofineelectricalwire.Themaximumtensilestrengthofthewireis862MPawithanelectricalconductivityof42.33%IACSwhenthecold-drawingstrain(eta;)is6.31.

机译：铜合金钢的弯曲形成高强度导线。该合金包含11.5wt％的流动碳钢，浇铸在真空感应熔炼炉中，然后将这条导线经过锻制，然后经过6％的拉伸以将6.3压制的细电线压入电线。

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《Optoelectronics and Advanced Materials-Rapid Communications》 |2012年第2012期|共页
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Higher tensile strength and higher conductivity in-situ deformation composite of Copper-steel

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