1) electrolysis manganese residue
电解锰渣
1.
The burned electrolysis manganese residue and fly ash complex admixture was made by mixing in different mixture ratio of burned electrolysis manganese residue and fly ash.
将电解锰渣分别在300℃、600℃、700℃、750℃、800℃和850℃温度下煅烧,制得煅烧电解锰渣料,再将其与不同比例的粉煤灰配合制成煅烧电解锰渣-粉煤灰复合掺合料,利用化学成分分析、DTA和XRD图谱分析及强度测试,对各掺合料-水泥体系的水化性能进行了研究。
2.
The paper analyses electrolysis manganese residued by chemistry composition,DTA,XRD,and strength test.
化学成分、DTA、XRD图谱分析和对不同温度下煅烧的电解锰渣的强度测试表明:电解锰渣属工业副产品化学石膏,低温下无水化活性和胶凝性,经一定温度煅烧后,具有较好的脱水石膏活性和火山灰活性。
2) Manganese slag
电解锰渣
1.
Studies on replacement of gypsum by manganese slag as retarder in cement manufacture;
电解锰渣用于水泥缓凝剂的生产研究
3) Electrolytic Manganese slag
电解金属锰废渣
1.
Electrolytic Manganese slag through the paddy fields of different application are amount of residue testing,supplemented by inter-tillering stage of rice plants.
通过稻田电解金属锰废渣不同施用量试验,辅之以水稻分蘖期间植株淀粉含量测定和田间调查,分析了水稻产量及其构成因素,明确了水稻施用电解锰废渣增产的原因是:提高一级分蘖穗占有效穗的百分率,有利于加速谷粒充实、增加每穗实粒数、降低空壳率;且每穗实粒数增加对水稻产量构成的影响,大于抑制作用引起的有效穗减少对产量构成的影响,使水稻增产5%~10%。
4) waste dregs of EMM
电锰废渣
6) EMM industry
电解锰
1.
After outlining the current situation of EMM industry, the author studies the problems during the sustainable development of EMM industry, and he puts forward 5 proposals about how to carry on the sustainable development of EMM industry respectively in the aspects of plan, technology and economy policy, recycling economy, management, education.
在我国电解锰工业发展现状的基础上,分析了我国电解金属锰工业可持续发展所面临的问题,并从规划、技术经济政策、循环经济理念、管理、教育等方面研究提出了实现电解金属锰工业可持续发展的对策。
2.
The author offers how to keep EMM industry developing while facing the current situation and existing problems of EMM industry.
针对我国电解锰工业发展现状及电解锰工业面临的问题,提出了如何实现中国电解锰工业可持续发展的具体对策。
补充资料：电解锰
电解锰
electrolytic manganese
d旧n liemeng电解锰(eleetrolytie manganese)见金属锰。
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