magnetic separation

Pulsating high gradient magnetic separation is an effective technology for separating fine feebly magnetic component.

脉动高梯度磁选是一种分离细粒弱磁性成分的有效方法,它能显著地减少非磁性物料的夹杂.

The iron concentrate with qualified grade also could be beneficiated by tabling and spiral chute separation, but its recovery is distinctly lower than it obtained from intensive magnetic dressing.

用摇床或螺旋溜槽进行重选也能选出品位合格的铁精矿，但回收率显著低于强磁选。

High gradient magnetic separation technology has good application foreground in dust removal.

高梯度磁分离技术在除尘方面具有很好的应用前景。

The paper studies magnetic separation according to vitriol calcigenous process mineralogy and substance for integrate utilize.

通过对硫酸烧渣工艺矿物学和矿物成分分析,重点研究了硫酸烧渣磁选试验.

Preliminary experimental research and mechanism analysis of dust removal by magnetic separation

磁分离除尘的初步实验研究及其机理分析

Experimental and Theory on Dust Removal with High Gradient Magnetic Separation

高梯度磁净化除尘的理论及实验研究

To improve low-intensity magnetic separation is of great importance for recovering and upgrading strongly magnetic minerals.

弱磁选改进对强磁性矿物颗粒回收和提高品位很重要.

G manual magnetic ore separator: Uses the artificial high-quality goods the river sand magnetic separation machinery.

G人工磁选机: 利用人工上料的河沙磁选机械.

The structure, separation principles, industrial test and production of magnetic separation column are presented.

介绍了磁选柱结构 、 分选原理 、 工业试验和工业生产情况.

After magnetic separation of steel slag powder used in the manufacture of steel slag powder.

磁选后的钢渣粉用来生产钢渣微粉.

A magnetic separation process and its separation effect for spent FCC catalyst was introduced.

介绍了催化裂化废催化剂磁分离装置的工艺流程及分离效果.

The iron ore tested is low-grade high-oxidized magnetite that cannot be well beneficiated through mono-magnetic separation.

本次试验研究的铁矿石属于贫磁高氧化矿石,针对矿石性质采用单一磁选流程难以获得高质量的精矿.

The new concentrator adopts whole magnetic separation process, i. e.

新选矿厂采用全磁选工艺, 粗粒预干选—— 细 粒湿选(一粗一扫).

Due to the strong correlation among spin, electron and orbital degree of freedom, doped perovskite manganites exhibit unusual magnetic and electronic properties, such as colossal magnetoresistance, charge ordering ( CO), orbital ordering, phase separation ( PS) and so on.

掺杂的钙钛矿锰氧化物由于其自旋、电荷及轨道自由度间的强关联作用而具有特殊的磁、电性质，如：庞磁电阻效应，电荷有序，轨道有序，相分离等。

The common processes for the concentration of ore include gravity separation, magnetic separation and flotation separation.

铁矿石常用的选矿方法有重选法 、 磁选法和浮选法.