slimes

Feasibility Analysis on Optimization Coal Slimes Water Concentration Filter Pressing System Project

优化煤泥水浓缩压滤系统项目的可行性分析

Experimental study on coagulation precipitation process treating COAL SLIMES WATER

混凝沉淀法处理煤泥水的试验研究

Study on the Effect of Slimes on Flotation of Zinc Oxide Mineral

矿泥对氧化锌矿物浮选行为的影响

Combustion of Coal Slurry Prepared with Coal Slimes in Industrial Boilers

煤泥制浆燃烧在工业锅炉中的应用

Characteristics and Prospects of Flotation-Metallurgy Process for Copper Anode Slimes

铜阳极泥选冶联合流程的特点与展望

Comprehensive Recovery of Valuable Constituents from A Difficult to Separate Wolfram-Tin Slimes

一种难选钨锡细泥的综合回收工艺

A study on the mechanism of flotation of cassiterite slimes by a strong agitation

锡矿泥浮选强烈搅拌作用机理的研究

A Study of Reducing Manganese Ions Impoverishment and Making Use of Anodic Slimes in Zinc Electrolysis

锌电解过程中减少锰离子贫化及对阳极泥返回利用的研究

STUDY ON THE FLOTATION OF THE WOLFRAMITE SLIMES Synthesis of ultrafine barium carbonate particles

黑钨矿细泥浮选研究超细碳酸钡粒子的合成

Application of Depressant in Flotation of Coal Slimes

煤泥浮选中抑制剂的应用研究

According to the character of the high lead refinery slimes , the treating technology and principle of comprehensive utilization is researched .

根据高铅铅阳极泥的特点，对处理工艺和理论进行了研究。

Understanding of the effect mechanism of Ca ~ ( 2 + ) on flotation and coagulation of slimes

对Ca~（2+）影响煤泥浮选和凝聚作用机理的认识

A Pilot Test of Recovering Mn and RE From Panxi Black Weathered Slimes

从攀西黑色风化矿泥中回收锰及稀土的中间试验研究

Most of slimes fill among the crystal particles of salt minerals or exist in micro-film structure .

矿泥多充填包裹于盐类矿物粒晶间，或单独以微薄片层结构分布；

The Determination of Gold , Silver and Iridium in Anode Slimes by NAA

中子活化法测定阳极泥中金银铱

Amperometric Determination of Nickel in Anode Slimes Using Complexone ⅲ

阳极泥中镍的测定&氨羧络合剂Ⅲ电流滴定法

Recovering lead from waste battery slimes

废铅蓄电池浆料回收技术研究

Study on the flotation of the wolframite slimes

黑钨矿细泥浮选研究

Roasted sands and copper anode slimes were analysed , the results are consistent with those by spectrophotometry .

在选定条件下测定了焙砂、铜阳极泥等，所得结果同光度法一致。

Colorimetric Determination of Selenium in Anode Slimes (ⅱ) - 3 , 3 ' - Diaminobenzidine Method

阳极泥中硒的比色测定Ⅱ.3,3′&二氨基联苯胺法

Separation of tin ore slimes in the district by use of the centrifugal separator developed by Yunnan Tin Mining Company can achieve good results .

采用云南锡业公司研制的离心选矿机选别上述矿区的锡矿泥，能获得满意的指标。

The influence of slimes on flotation process , action mechanism of sodium sulphide and amine flotation mechanism are also discussed in the light of testing results .

文中还结合试验结果对浮选过程中有关矿泥的影响、硫化钠的作用及胺法浮选工艺的实质作了讨论。

The article describes the classification features of impure lead electrolytic anode-slime-by-product from lead reproduction and the handling process of all sorts of anode slimes .

叙述了铅再生冶炼过程中所产生的副产物&杂铅电解阳极泥的分类特点及种类型阳极泥的处理工艺。

The paper describes the design features and technical performances of the SL-type continuous discharge jet centrifugal separator and discusses the separation process and principle of slimes in the machine .

介绍了SL型连续排矿射流离心选矿机的设计结构特点及技术性能，阐述了矿泥在射流离心机内的分选过程和分选原理。

Again , effective control and elimination of each slimes , deposition and pitch trouble from the wet end , It can ensure that machines run continuously at high speeds and stable

对湿部系统的各种腐浆、沉积物及树脂障碍进行有效的控制和消除，可以确保纸机能持续高速平稳地运行

Formation and accumulation of slimes and deposits are the major reasons inducing paper quality problems such as dirty spots , broken holes , and even cause the broken of paper in AKD sizing system .

烷基烯酮二聚体（AKD）的中（碱）性施胶系统中，腐浆及沉积物的产生和积累是产生纸张脏点、破洞，甚至引起断头等质量问题的主要原因。

The characteristics of the flotation-metallurgy process for copper anode slimes are presented , the advantages and disadvantages of the process are analysed , and a comparison between the process and the traditional methods for copper anode slimes is made .

介绍了铜阳极泥选冶联合流程的特点，分析了该流程的优点和缺点，并与传统的处理铜阳极泥的工艺进行了比较。

It would be the main principle of slimes adsorption towards packing with the alkaline medium conditions that the electrical attraction between Fe ( OH ) _3 cationic colloids in the pulp of iron ore and packing with negatively charged surfaces was present .

在碱性介质中，铁矿石矿浆中的Fe（OH）3阳胶体与表面呈负电性的填料之间的电性吸引是矿泥向填料吸附的主要机理。