单体解离度

对选矿工艺中矿物单体解离度的探讨

Discussion on the Free Fractional Degree of Minerals in Separation Technology

选矿产品单体解离度及其统计对象

Degree of mineral monomeric liberation in dressing products and its statistic object

进一步提高铀矿物单体解离度是改善分选效果的重要途径。

Increasing further uranium mineral liberation degree is the key to improve separation effects .

相界特征对矿物单体解离度的影响

Effects of Interfacial Characteristics on Mineral Liberation

矿物单体解离度线段测定值的校正

Correction of Mineral Liberation by Linear Measurement

磨矿过程中矿物的解离行为分析及提高单体解离度的方法

Analysis of the course of mineral dissociation and method to enhance the grade of monomial dissociation in the grinding process

矿物单体解离度显著提高，其中铜矿物的单体解离度提高9.76%，铁矿物的单体解离度提高10.83%；

And the mineral liberation degree of copper has been improved notably by 9.76 % , and of iron by 10.83 % ;

针对工业试验存在问题，提出了硫精矿再磨增加单体解离度，进行系统稳定试验，探索旋流器分级提硫的改进方案。

It also puts forward re-rubing the preparation concentrate to increase monomer dissociation degree against commercial test problems , the system reliability test has been carried out , and also the improvement scheme of whirlcone to classify and extract sulphur is explored .

针对原生产工艺存在的缺陷，通过降低入磨粒度、提高单体解离度、调整药剂制度等措施，使锌精矿质量达到了设计要求。

In view of the defect in the original product technology , the grinding size was reduced , the monomer liberation degree was increased and the drug system was adjusted , the quality of zinc concentrates could meet the requirement of design .