Innovations in flotation technology
Innovations in flotation technology
复制标题
浮选技术的创新
DOI：
10.1007/978-94-011-2658-8
复制
发表时间：
1992
期刊：
影响因子：
9.9
通讯作者：
K. A. Matis
中科院分区：
文献类型：
--
作者：
P. Mavros;K. A. Matis
1.基础知识。- 1.1.水薄膜作为泡沫和浮选模型的研究1.2.捕收剂在非均质表面上的吸附-提取机理（离子和非离子表面活性剂）1.3.工厂中的电化学。1.4.精细颗粒的絮凝。1.5.应用矿物学和材料平衡程序。浮选浓缩机的评价。1.6.通过缩小尺寸来解放。浮选动力学的结果和改进。1.7.浮选过程的物理建模要素。二、化学技术方面。2.1.浮选动力学2.2.浮选槽中的混合和流体力学。2.3.浮选控制案例研究- 2.4.浮选中的矿物表面络合作用2.5.贵金属浮选和湿法冶金中的酰胺基技术。2.6.使用EmDee Microflot方法测定可浮性数据。2.7.泡沫浮选动力学-理论和模型实验。2.8电解浮选3.矿物加工3.1.复杂Cu-Pb-Zn硫化物的特征和旋转3.2.半可溶性盐类矿物浮选中阴离子捕收剂的相互作用3.3.盐类矿物的浮选3.4.泡沫浮选的振动声学改进3.5.希腊地质和矿产勘探研究所（IGME）及其浮选研究活动。3.6.多价阳离子对白钨矿、萤石和方解石可浮性的影响3.7.铅锌矿无氰浮选技术4.水和废水处理。4.1.水处理中的浮选- 4.2.选择性离子浮选机理4.3.废水处理中的浮选技术。- 4.4.废纸中颜料和墨水的浮选。- 4.5.气浮法处理油脂废水的实例研究4.6.需要对来自单独下水道系统的雨水径流进行深度处理。贡献者名单-与会者名单。
1. Fundamentals.- 1.1. The Study of Thin Aqueous Films as Models for Froths and Flotation.- 1.2. The Mechanisms of Collector Adsorption-Abstraction (Ionic and Non-Ionic Surfactants) on Heterogeneous Surfaces.- 1.3. Electrochemistry in the Plant.- 1.4. Flocculation of Fine Particles.- 1.5. Applied Mineralogy and Materials Balancing Procedures. Evaluations of Flotation Concentrators.- 1.6. Liberation by Size Reduction. Consequences and Improvements on Flotation Kinetics.- 1.7. Elements of Physically-Based Modelling of the Flotation Process.- 2 . Chemical Technology Aspects.- 2.1. Flotation Kinetics.- 2.2. Mixing and Hydrodynamics in Flotation Cells.- 2.3. Case Studies of Flotation Control.- 2.4. Mineral Surface Complexation in Flotation.- 2.5. Amide-Based Technologies in Flotation and Hydrometallurgy of Precious Metals.- 2.6. Determination of Floatability Data using the EmDee Microflot Method.- 2.7. Froth Flotation Kinetics - Theory and Model Experiments.- 2.8 Electrolytic Flotation.- 3. Mineral Processing.- 3.1. Features and Rotation of Complex Cu-Pb-Zn Sulphides.- 3.2. Interactions of Anionic Collectors in Flotation of Semi-Soluble Salt Minerals.- 3.3. Flotation of Salt-Type Minerals.- 3.4. Vibroacoustic Improvements of Froth Flotation.- 3.5. The Institute of Geology and Mineral Exploration (IGME) of Greece and its Research Activities on Flotation.- 3.6. The Influence of Multivalent Cations on the Floatability of Scheelite, Fluorite and Calcite.- 3.7. Non-Cyanide Technology for the Flotation of Lead-Zinc Ores.- 4. Water and Wastewater Treatment.- 4.1. Flotation in Water Treatment.- 4.2. Mechanism of Selective Ion Flotation.- 4.3. Flotation Techniques in Waste Water Treatment.- 4.4. Flotation of Pigments and Inks from Waste Paper.- 4.5. A Case Study of Flotation Applied to an Edible Oil Factory Wastewater.- 4.6. The Need for Advanced Treatment of Stormwater Run-off from Separate Sewer Systems.- List of Contributors.- List of Participants.