1) copper refining furnace
铜精炼炉
1.
Nonlinear correction of pressure transducer in copper refining furnace based on neural network information fusion technology;
基于神经网络信息融合的铜精炼炉压力传感器非线性校正
2) copper refining rotary anode furnace
铜精炼炉
1.
Soft-sensing model for copper liquid temperature of heat preservation phase in copper refining rotary anode furnace and its application;
铜精炼炉保温过程铜液温度软测量模型及应用
3) steely finery
铜色精炼炉
4) copper finerymcopper refining furnace
铜精炼炉<冶>
5) copper refining furnace
铜精炼反射炉
1.
In order to control soot pollution of reduction phase in copper refining furnace, based on technical principle of decreasing soot and combusting soot which has been made, emulsifying heavy oil,increasing emulsified oil temperature,improving mode of reductive oil,setting firebox in side flue to combust soot again are performed in soot control.
为了降低铜精炼反射炉还原期的黑烟污染 ,根据减少黑烟的生成及使黑烟通过燃烧消除的技术原理 ,选定重油乳化、提高炉前乳化油温度、改进还原重油喷入方式、在副烟道中设置燃烧室进行黑烟的二次燃烧为突破口进行了黑烟的治理。
2.
The characters of energy utilization in copper refining furnace are analyzed in this paper, and some technique measure such as technique of mixing into water in heavy oil, emulsifying heavy oil, improving heating mode of heavy oil, and spurting heavy oil with two reduction pipes are adopted in energy saving of copper refining furnace
分析了铜精炼反射炉能源利用的特点 ,采用重油自动掺水技术、重油乳化、改进重油加热方式、双还原管喷油等技术措施 ,进行铜精炼反射炉的节能研
6) copper refining rotary anode furnace
铜精炼阳极炉
1.
Optimal control of heavy oil consumption in heat preservation phase of copper refining rotary anode furnace based on functional theory;
基于泛函理论下铜精炼阳极炉保温过程重油消耗最优控制
2.
Dynamic model of smoke temperature in the hearthof copper refining rotary anode furnace in the reduction phase;
铜精炼阳极炉还原过程炉膛烟气温度动态模型
补充资料：三足仰蓬铜熏炉
三足仰蓬铜熏炉 辽代铜器。1978年，内蒙昭乌达盟巴林右旗发现。通高12厘米、上口径7．4厘米、炉身高5．6厘米、立柱高3厘米、足高3．7厘米、足距10厘米。炉分身、柱、足三组。炉身浮铸三层仰莲二十三瓣，通体莲瓣浮托炉身，瓣尖突起，上层莲瓣空隙间均衬八组花蕊，上环部有一横线结系。圆口直颈，腹圆如球，子母口，缺炉盖。炉身和炉足间，有圆形立柱为相轮一周。三足弧形匀称。每足上部雕铸独角狻猊，三足皆为尖角卷云纹。造型别致。
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