1) coke consumption
焦炭消耗
1.
This paper analysed the coke consumption problem in lime furnace,and applied effective measures to decrease the coke consumption.
本文通过对石灰炉焦耗进行分析研究,并采取了有效措施,降低了焦炭消耗。
2.
It is reported in this paper that against the present situation of higher coke consumption since 1997, this company overcame the problem of short supply of goods in the market and some actual difficulties in the technological process of production.
山东铝业公司氧化铝厂,1997年以来针对本厂焦炭消耗高的现状,克服市场上货源紧张和厂内生产流程上的一些实际困难,充分发挥科技人员的才能,调动一切积极因素,从管理上和使用结构上进行了合理的调整,使焦炭消耗降低到92kg/t AO。
3.
The workshop utilized opportunity of stop production and repair, main problems of higher coke consumption have been solved.
白银公司第三冶炼厂熔炼车间抓管理、搞改造,克服了企业存在的各种问题,充分调动一切积极因素,利用几次停产检修机会,对造成焦炭消耗高的丰要问题加以解决,用不多的投入,取得了可观的效益,使焦炭消耗降到工艺技术所要求的范围,提高了资源利用率,产量一年比一年高,效益显著。
2) coke consumption
焦炭消耗<冶>
3) consumin of coke breeze
焦粉消耗
4) carbon anode net consumption
炭阳极净消耗
1.
Infuluence of reducing carbon anode net consumption on parameters of aluminium electrolysis;
降低铝用炭阳极净消耗对铝电解参数的影响
2.
The theories of carbon anode consumption,the theories of reducing carbon anode net consumption resulted with increasing currente fflclency,theorles of lowering electricity consumption and increasing aluminum output as well as industry test results are introduced.
介绍炭阳极消耗理论、降低炭阳极净消耗会提高铝电解电流效率、降低电耗和增加铝产量,这些理论和研究结果有利于提高铝厂经济效益。
5) carbon consumption
炭耗
1.
In uns paper,the change of carbon content of ore pulp (from head to tail) is studied and thecarbon consumptions in the operating circuit are ascertained.
炭浆法提金工艺中存在着跑炭失金问题，本文研究了原矿和尾矿的碳含量变化，并由此直接得出操作回路中的炭耗。
6) coke
[英][kəʊk] [美][kok]
焦炭
1.
Comparison and Selection of Coke Oven and Stamp-charged coke oven;
年产180万吨焦炭焦炉选型对比
2.
Study on Influencing Factor of Thermal Strength of Coke;
焦炭热强度影响因素的研究
3.
Analysis on Influencing Factor of Coke Reactivity Test;
焦炭反应性试验影响因素分析
补充资料：电能消耗
电能消耗
electrical energy consumption
生产的_〔艺技术和组织管理水平的项重要指标，d旧nneng xlaohoo电能消耗(eleetrieal energy eonsumption) 电解中阴极析出单位重量金属所耗掉的电能量。通常是指产出lt阴极金属所消耗的直流电能，也称直流电耗，可按下式计算: w一U卫全卫里 夕q式中w为直流电耗.kw·h八;U槽为槽电压，V;7为电流效率，%;q为阴极析出金属的电化当量，g/(A·h)。 电能消耗与槽电压成正比，与电流效率成反比。因此.凡有利于降低槽电压、提高电流效率的因素，均起到降低电解电耗的作用。电能消耗量是综合反映电解
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