1) hydrometallurgical process
水冶工艺
1.
The simulation flow of running of hydrometallurgical process is established,and parameters of hydrometallurgical process of uranium are optimized.
运用系统工程的方法,结合试验、生产等经验,通过系统调优的控制因素分析、建立水冶工艺运行模拟流程等方法和手段来进行参数优化,实现了对"饱和再吸附"水冶工艺流程的实际操作模拟、系统调优模拟、在线控制和调优方案制定,并对优化方案效果进行预测。
2) hydrometallurgical process of uranium
铀水冶工艺
3) melting process
冶炼工艺
1.
Introduced in the paper is the mini-flow melting process of P5 Steel with the 90t UHP EAF adopted by Pangang Group Chengdu Iron & Steel Co.
介绍了攀钢集团成都钢铁有限责任公司采用90t超高功率电弧炉短流程生产P5钢的冶炼工艺,分析了生产技术难点,对生产过程中钢水P含量、合金加入方式、冶炼过程温度、精炼钢水化学成分的均匀性和稳定性、精炼钢包质量和钢锭质量等采取有效的技术控制措施,使短流程生产P5钢的目标得到实现,产品的性能指标满足标准要求。
2.
Use of hot metal as electrical arc furnace raw material gains increasing interest in Electric Steelmaking Owing to its influence to the melting process and production, the use of hot metal is considered more and more world wide.
本文总结了安阳钢铁公司第三炼钢厂（以下简称安钢三炼）100t超高功率竖式电炉部分热装铁水的生产实践,并对部分热装铁水后的冶炼工艺进行了研究和优化。
4) steelmaking process
冶炼工艺
1.
The effect of different steelmaking processes on mechanical properties of steel,especially on impact toughness of steel for drill color has been studied.
研究了冶炼工艺对钢力学性能的影响,特别是对钻铤用钢冲击性能的影响。
2.
According to production practice, the steelmaking process of T91 has been analyzed , and three modified schemes are suggested.
以生产实践为依据,对T91冶炼工艺进行了分析和探讨,并提出三种工艺改进方案以供参考。
6) melting technology
冶炼工艺
1.
This paper calculated the parameters of melting technology, and showed that qualified supreme low-carbon stainless steel can be successfully produced with EF-AOD furnace, in which carbon can be dillumi-nated and chromium be preserved.
就EF-AOD炉生产超低碳不锈钢的冶炼工艺参数进行计算,并结合生产实践说明了应用EF-AOD炉可以成功地去碳保铬,冶炼出合格的超低碳不锈钢。
2.
Exploration for Melting Technology of Ultra-Low-Carbon Stainless Steel in AOD furnace;
本文简述了AOD设备组成和精炼原理,超低碳不锈钢的典型冶炼工艺及操作结果,并对AOD精炼不锈钢部分工艺参数进行分析探讨。
补充资料：騃冶
1.娇憨艳丽。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条