1) high magnetic separation
强磁分选
1.
28mm granularity was separated by dry high magnetic separation, and -0.
28mm各粗粒级粉矿进行干式强磁分选,对-0。
2) HIMS
强磁选
1.
High Intensity Magnetic Separation (HIMS) of A Low-grade Manganese-Silver Ore;
某低品位锰银矿强磁选工艺研究
2.
Based on conditional tests,a closed-circuit test was made on the flowsheet consisting of primary grinding,high intensity magnetic separation(HIMS),secondary grinding,silver flotation and manganese flotation.
通过各种条件试验,最终采用粗磨-强磁选-细磨-浮选银-浮选锰泥的流程进行闭路试验,可以得到强磁精矿含银595。
3.
In order to better exploit and utilize the oolitic hematite ore resource in Zhangjiakou region,staged grinding-separation process consisting of high intensity magnetic separation(HIMS)and reverse floatation was adopted in the beneficiation test on the regionally representative oolitic hematite ore of Longyan Iron Mine,Xuan Steel.
试验结果表明,以SLon脉动高梯度磁选机为强磁选设备,以NaOH、淀粉、CaO和TS为反浮选药剂,在一段为-200目65%、二段为-200目95%的磨矿细度下,经过2次强磁选和一粗一精反浮选,可以获得较好的分选指标,精矿铁品位为62。
3) high-intensity magnetic separation
强磁选
1.
The results indicated that the technological flowsheet consisting of flocculation concentration and high-intensity magnetic separation could effectively recover iron of-38 μm from the tailings,obtaining iron concentrate with grade of 54.
对某铁尾矿物料性质进行了分析,探索了回收该尾矿中铁精矿的方法,并选择不同絮凝剂、磁介质进行了试验,结果表明絮凝浓缩-强磁选法能够回收尾矿中-38μm粒级的铁矿,能获得铁品位为54。
2.
The experiment is to compare two different milling techniques of the Microwave Radiation Followed by High-intensity magnetic separation and Simgle high-intensity magnetic separation of high phophorus Manganese ore of the Qinlien in southern Shanxi,when the size of Ore is-20 mm.
20 mm粒级用微波辐射-强磁选联合选矿工艺和单纯强磁选工艺进行对比试验。
3.
In the test, the grade of the final electrostatic separation ilmenite concentrate was improved through depressing the grade of gravity concentrate and strengthening high-intensity magnetic separation.
针对攀枝花选钛厂原选别流程钛精矿回收率不高的问题进行工业性试验研究,提出对原流程改进方案,采用降低重选精矿品位并加强磁选的方法,达到提高最终电选钛精矿的回收率的目的。
4) high intensity magnetic separation
强磁选
1.
Four kinds of processing technology for ferric-oxide ore of Yandilatu mineral, namely roasting magnetic separation, high intensity magnetic separation, gravity separation, gravity-high intensity magnetic separation were studied.
对阎地拉图红铁矿进行了焙烧磁选、强磁选、重选及重选－强磁选四种选矿工艺的试验研究。
5) high intensity magnetic separator
强磁选机
1.
The new type of efficient high intensity magnetic separator with advantages of good separation indexes is the development trend for the fine processing of feldspar.
从利用长石资源的角度出发,分析了长石磁选的工艺及设备,认为新型高效长石除铁强磁选机是生产超纯长石粉的发展方向,具有分选效果好等特点。
2.
In light of actual situation of processing fines using imitative Jones wet high intensity magnetic separators in Jiuquan Iron and Steel Complex, the distribution characteristics of magnetic field and the force applied to particles in magnetic field are introduced.
针对酒钢应用仿琼斯湿式强磁选机处理其粉矿的实际情况 ,介绍了此强磁机的磁场分布特点和颗粒在场强中的受力情况。
3.
High intensity magnetic separator has good tail-discarding effect, and the recovery of the magnetic separation stage is higher.
强磁选机在选钛工艺中表现出良好的预选抛尾作用，回收率较高；螺旋选矿机与强磁选机联合使用，可有效提高精矿ＴｉＯ＿２品位和回收率，为后续精选作业创造有利条件。
6) Wet high-intensity magnetic separator
强磁湿选
补充资料：磁流体动力分选
磁流体动力分选
magnetohydrodynamic separation
C 1 1 1 Uti dongli fenxUan磁流体动力分选(magnetohydrodynami。Sep-aration)在均匀或不均匀磁场与电场联合作用下，在电解质水溶液中根据物料的密度、磁化率及导电率的差异进行分选的磁流体分选方法。磁流体动力分选是基于交叉的电场和磁场在电解质中所产生的电磁推力对物料的作用实现的。在外加交叉电场和磁场作用下，浸没在电解质溶液中的单位体积固体颗粒所受的作用力为 3(日一J).__二_r_____ f一(洲一P)g十丈节贡下;六j月+脚△X月甲H r6‘2(a’+ZJ)J“’尸u一一式中日为固体颗粒的导电率，。为电解质溶液的导电率，j为电解质溶液的电流密度，洲和尸分别为固体颗粒和电解质溶液的密度，产。为真空磁导率，△尤为固体颗粒与电解质溶液的磁化率之差，H为磁场强度，甲H为磁场梯度。上式表明，磁流体动力分选法是按物料的密度、导电率、磁化率进行综合分选的。强电解质溶液均可作为其分选介质，如NaOH、Nael、Hel和HZSO;溶液等。磁流体动力分选技术的研究始于190。年，用来分离贵金属和绝缘材料。此法在煤、错石、锡石、铁矿、锰矿、钾盐等的分选研究已取得成果。磁流体动力分选的设备简单，分选介质价格低廉，处理量大，有可能用于砂金或某些其他扩石的粗选，但与静力分选相比，其分选精度要低得多。 (郑龙熙)
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