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Microstructure Characteristics of Eutectoid Pearlitic Steel after Equal Channel Angular Pressing at Room Temperature

机译:室温等通道角挤压后共析珠光体钢的显微组织特征

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An ultrafine microduplex structure was successfully produced through equal channel angular pressing (ECAP) at ambient temperature. According to the morphological characteristics of cementite lamellas, the deformed pearlite consists of shear break lamella, locally thinned lamella and irregularly bent lamella. The proportion of locally thinned lamella and irregularly bent lamella has increased with the pass number of ECAP. In addition, the deformed pearlitic ferrite became a supersaturated solid solution of carbon due to the partial dissolution of cementite during ECAP.
机译:通过在环境温度下等通道角挤压(ECAP)成功生产了超细微双相结构。根据渗碳体薄片的形貌特征,变形的珠光体由剪切断裂薄片,局部变薄的薄片和不规则弯曲的薄片组成。随着ECAP通过次数的增加,局部变薄的薄片和不规则弯曲的薄片的比例也增加了。另外,由于在ECAP期间渗碳体的部分溶解,变形的珠光体铁素体变成了碳的过饱和固溶体。

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