1) coarse magnesium D.C consumption
粗镁直流电耗
1.
Relations within coarse magnesium D.
以镁法海绵钛生产工艺中大型无隔板镁电解槽的实际节能情况为例,探讨了在镁电解生产中的非生产耗电、生产耗电、漏电等因素造成的能量浪费,阐述了生产中粗镁直流电耗、电流效率、工作电压3者之间的关系,指出了影响电解槽工作电压的有关因素及降低电解槽工作电压的途径。
2.
Regarding practical experience of magnesium production in Fushun Aluminium Plant,this paper discusses non-production and production electricity consumption,leakage of electricity and other factors which cause energy waste,expounds relations among coarse magnesium D.
以镁电解生产中的实际情况为例 ,探讨了在镁电解生产中的非生产耗电、生产耗电、漏电等因素造成的能量浪费 ,阐述了生产中粗镁直流电耗、电流效率、工作电压三者之间的关系 ,指出了影响电解槽工作电压的有关因素及降低电解槽工作电压的途径。
2) direct current consumption
直流电耗
1.
Brief analysis on influential factors of direct current consumption in ionic membrane caustic soda production;
浅析离子膜法烧碱直流电耗的影响因素
2.
Strengthening management and control is put forward in order to increase the current efficiency and decrease direct current consumption in diaphragm caustic soda production.
提出加强管理和控制,提高隔膜法烧碱生产中的电流效率,降低直流电耗。
3.
Various factors of influencing direct current consumption duringNielectrowinning(using)insoluble anode have been analysed.
对影响不溶阳极电积镍直流电耗的各种因素进行了分析,降低溶液电阻、减少线路损耗可降低槽电压,而稳定阴极液pH、适当提高溶液中镍离子和H3BO3浓度对提高电流效率、降低直流电耗有利,采取相应措施后,取得了良好效果,直流电耗降低了5%,经济效益明显。
3) DC power consumption
直流电耗
1.
This paper analyses and discusses the problem of high DC power consumption in a copper electrolysis plant during its early stage,and puts forward the method to reduce the DC power consumption.
介绍了某电解铜厂在投产初期,针对直流电耗较高的问题,进行了初步的分析和探讨,并就如何降低电耗所采取措施进行论述。
2.
This paper analysed the main factors effecting electrolytic DC power consumption and explained the course of reducing the distance of electrods, increasing production and lowering power consumption.
文章分析了影响电解直流电耗的主要因素,并阐述了缩短电铜生产极距、增加产量、降低电耗的过程。
4) DC consumption
直流电耗
1.
The current efficiency has been improved and DC consumption in lead electrorefining has been reduced by means of concentration polarization removal,total resistance reduction,proper reagents addition and strengthening scientific management.
通过消除浓差极化、降低总电阻、合理使用添加剂,加强科学管理等途径来提高电流效率,降低铅电解直流电耗。
5) unit loss of DC current
直流电单耗
1.
The main factors are analyzed influencing the unit loss of DC current.
文章分析了影响锌电解直流电单耗的主要因素,总结了降低直流电单耗的工艺改进措施及效果。
6) the ton aluminum direct current consumes
吨铝直流电耗
补充资料：硅酸镁,镁橄榄石
CAS：13376-74-4
分子式：H2Mg3O12Si4
分子质量：379.26
熔点：1557℃
中文名称：硅酸镁,镁橄榄石
英文名称：magnesium silicate
分子式：H2Mg3O12Si4
分子质量：379.26
熔点：1557℃
中文名称：硅酸镁,镁橄榄石
英文名称：magnesium silicate
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