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Effect of Rare Earth (La) on Dynamic Softening and Precipitation of Low Carbon High Niobium Steel

机译:稀土(LA)对低碳高铌钢动态软化和沉淀的影响

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Rare earth (RE) has purification, denatured mixture and micro alloy function in steel. High Nb containing in steel can expend austenite non-recrystallization region, improve rolling temperature and lower equipment load. Effect of RE on dynamic recrystallization of low carbon high niobium steel is investigated by using thermal simulation experiment in this paper. Experimental results show that dynamic recrystallization does not occur in two test steel below 1000°C. RE elements can increase dynamic recovery beginning strains, refine and disperse M/A organization and change precipitates into small triangle shape.
机译:稀土(RE)在钢中具有纯化,变性混合物和微合金功能。含有钢的高Nb可以消耗奥氏体非再结晶区域,改善轧制温度和较低的设备负荷。本文采用热仿真实验研究了RE对低碳高铌钢的动态再结晶的影响。实验结果表明,动态再结晶在低于1000℃以下的两种测试钢中不会发生。 RE元件可以增加动态恢复开始菌株,细化和分散M / A组织并将沉淀成小三角形的变化。

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