2) iron cinder
铁渣
1.
Metallurgy and chemical industry are primary source of iron cinder.
介绍了工业铁渣综合利用技术新进展,并对铁渣综合利用途径价值进行了分析。
2.
Comprenensive utilization of Co - Ni - Cu ?bering iron cinder and Co - bering scrap alloy were studied.
研究了含钴、镍、铜铁渣及含钴废合金的综合利用,着重讨论了叔胺萃取分离钴铜与镍以及采用分段反萃分离钴与铜,以达到镍、钴、铜分别回收利用。
3) steel slag and iron slag
钢渣、铁渣
1.
Block iron and waste residue were obtained by using hitting,screening and magnetic separation from steel slag and iron slag.
攀钢采用热焖工艺使钢渣粉化率达到92%,淘汰了传统的破碎、磁选工艺,并通过切割、自磨进一步提高了渣钢品位及回收率;对铁渣进行打砸、筛分和磁选,选出块铁和废渣,再利用球磨和重选工艺对废渣进行深加工,从而实现了钢渣、铁渣中铁资源的回收利用。
4) cinder
[英]['sɪndə(r)] [美]['sɪndɚ]
煤渣铁渣
5) dross
[英][drɔs] [美][drɔs]
泥渣,铁渣
6) cast iron
铸铁
1.
Effect of the sensitization-activation on the performance of the Ni-P electroless plating on the surface of cast iron;
敏活化处理对铸铁表面Ni-P化学镀层性能的影响
2.
Microstructure of Fe-Cr-Si-B coating prepared by plasma cladding on cast iron;
铸铁表面等离子熔覆Fe-Cr-Si-B涂层的组织特征
3.
Microstructure and mechanical property of cast iron spray-welding;
铸铁喷焊组织及力学性能
补充资料：干渣渣
1.缺乏水分而呈渣屑的样子。
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