1) Rich Mn phase
富锰相
2) manganese ore fines
富锰矿粉
1.
Experimental research on cold bonding briquette of MnSi alloy powder with adding manganese ore fines;
硅锰合金粉料添加富锰矿粉冷固结压块试验研究
3) manganese-rich slag
富锰渣
1.
The process investigation of preparing anhydrous MnCl_2 from manganese-rich slag;
由富锰渣制备无水氯化锰的工艺探索
2.
To reduce electricity consumption, the process of preheating manganese ore and hot charging in rotary kiln is to adopted to produce manganese-rich slag for smelting metal manganese and high carbon ferromanganese.
为降低电耗,提高电炉生产能力,采用回转窑预热锰矿和热装工艺生产富锰渣用于冶炼金属锰和高碳 锰铁。
3.
During the experiment, smelting parameters such as smelting temperature, smelting time, material particle size, slag basicity and manganese-rich slag ratio were adjusted to lead to electricity decrease.
试验采用中频感应炉进行AlMnSiTi合金冶炼试验,并用正交试验法对冶炼相关参数如冶炼温度、冶炼时间、原料粒度、炉渣碱度和富锰渣配比量等进行调整,从而达到节能的目的。
4) rich-manganese slag
富锰渣
1.
Removal of impurity in the production of MnSO_4·H_2O from rich-manganese slag;
富锰渣制备硫酸锰过程中除杂方法新探
2.
Preparation of 4A molecular sieves from rich-manganese slag;
以富锰渣制备4A分子筛
3.
We have prepared 4A molecular sieves in hydrothermal environmental from rich-manganese slag.
研究了由富锰渣制备锰的过程中产生的硅铝废渣(酸浸渣)制备4A分子筛的工艺。
5) Mn-enrichment
锰富聚
1.
This paper conducts an analytical investigation of three different sections of a pit in 27SiMn,finds Mn-enrichment at the pitting front end by means of SEM+EXD examination and explains the Mn-enr ichment phenomenon.
用配备能谱仪的扫描电子显微镜研究了 2 7SiMn中同一腐蚀孔三个不同区段的元素分布 ,发现腐蚀孔前端有锰富聚现象 。
6) enriching manganese and dephosphorization
富锰降磷
1.
The biological treatment plan was suggested for enriching manganese and dephosphorization of high phosphorus and poor rhodochrosite ore.
综述了我国锰矿资源及选冶现状，提出了高磷贫碳酸锰矿石微生物富锰降磷方案；筛选出了具有富锰降磷作用的微生物。
补充资料：钡硬锰矿
理想化学式一般表示为 BaMn2+Mn嚍O16(OH)4、晶体属单斜晶系的氢氧化物矿物。一般均呈葡萄状、肾状、钟乳状或块状产出。铁黑至暗钢灰色，条痕呈发亮的棕黑色。半金属光泽或暗淡。摩斯硬度5～6。比重4.71。钡硬锰矿通常是在地表或近地表条件下，由含锰的碳酸盐或硅酸盐矿物风化形成的一种次生矿物。可形成大规模的残留矿床，是锰的重要矿石矿物。通常与软锰矿共同产出。
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