copper converting

Intelligent optimization of optimal operational pattern in the process of copper converting furnace

铜转炉生产操作模式智能优化

Forecast Slag Weight of Copper Matte Converting in PS Converter Based on Data Mining

基于数据挖掘的铜转炉渣产出量预报

Application and Development of Refractories for Converting Furnace in Copper Smelting

铜冶炼转炉耐火材料应用与发展

Dust level optimization of electrostatic precipitator of copper converting furnace

铜转炉电收尘器指标优化

Operational patterns are used to describe a set of on-line operational parameters which need to be determined on line, and an intelligent method based on neural network combined with improved chaotic genetic algorithm for optimal operational patterns is proposed to improve the operational level of copper converting furnace.

为了提高铜转炉的操作水平，采用操作模式来描述一组需要在线决策的一组操作参数，提出了基于神经网络和带混沌变量的混沌遗传算法的铜转炉生产过程操作模式智能优化方法。

Development and application of converting process models of copper matte using oxygen~ enriched air

冰铜富氧吹炼工艺的模型开发与应用

Technical Comparison of Pierce-Smith and Flash Copper Converting Process

铜PS转炉与闪速吹炼技术比较

The Study of Thermal Process Model of Copper Oxygen-Enriched Converting

铜转炉富氧吹炼热过程模型研究

The running results of an intelligent system of optimal operational parameters based on the method in the process of copper converting furnace show that the output of converter increases by 6%, and the amount of the treated cool materials rises by 7.8%.

将该方法应用到铜转炉操作参数的实时优化，工业现场运行结果表明，该方法使转炉产量提高了6%，冷料处理量提高了7.8%。

The Calculation of Oxygen Consumption in the Process of Copper Matte Converting

铜锍吹炼过程中耗氧量的计算

This paper presents the features of and improvement on the control system of Ausmelt converting furnace in Houma Smelter, Northern Copper Corporation.

介绍了北方铜业侯马冶炼厂澳斯麦特吹炼炉控制系统的特点及在生产实践中所进行的改进。