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Effect of bottom blowing time and bottom blowing rate on the nitrogen content of high nitrogen steel

机译:底部吹风时间和底部吹出率对高氮钢氮含量的影响

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The Crl8 - Mill8 steel was prepared by the high temperature and high pressure reaction kettle. With bottom blowing time and bottom blowing flow as object to do single factor experiment, the relationship between the nitrogen content in steel smelting process and the bottom blowing time, the bottom blowing flow were studied.The research results show that when the other conditions must be, the nitrogen content in steel increases with the bottom blowing time increasing gradually, when the bottom blowing time reach more than 35 min, the variation of nitrogen content in steel decreases. With the increase of bottom blowing flow rate, the nitrogen content in steel increases gradually, when the bottom blowing flow rate reaches more than 0.24 m~3/h, the nitrogen content in steel close to the maximum value and does not change with bottom blowing flow rate.
机译:CRL8 - Mill8钢由高温和高压反应水壶制备。对于底部吹风时间和底部吹流量作为对象进行单因素实验,研究了钢冶炼过程中的氮含量与底部吹风时间之间的关系,底部吹流量。研究结果表明,当其他条件必须是,钢中的氮含量随底部吹风时间逐渐增加,当底部吹风时间达到35分钟时,钢中氮含量的变化降低。随着底部吹流量的增加,当底部吹流量达到大于0.24m〜3 / h时,钢中的氮含量逐渐增加,钢中的氮含量接近最大值,并且不会随底部吹制而变化流速。

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