Leja, Jan. <br/><br/>
Surface chemistry of froth flotation / 
Jan Leja. 
 - New York :  Springer science+business media,  c1982. 
 - xxi, 758 p. :  ill. ;  23 cm. 
<br/><br/> Introduction <br/>1.1 Scope of froth flotation <br/>1.2 An outline of a mineral flotation system, definition <br/>1.3 Typical flotation procedures and flow sheets <br/>etc <br/><br/>2.Chemical and molecular bonding interfacial enegetic <br/>2.1 Ionic bonding <br/>2.2 Covalent bonding <br/>2.3 Partial ionic covalent conds <br/>etc <br/><br/>3. Stracture of solids <br/>3.1 Atomic packing <br/>3.2 Crystal structure of simple compounds <br/>3.3 Structural changes and chemical relationships <br/>etc <br/><br/>4. Water and aqueous solutions <br/>4.1 Structural models <br/>4.2 Hydration of ions <br/>4.3 Debye huckel model of ions in solution <br/>etc <br/><br/>5. Flotation surfactants<br/>5.1 Classification of surfactants <br/>5.2 Xanthates <br/>5.3 Dithiocarbamates <br/>etc <br/><br/>6. Physical chemistry of surface and interfaces <br/>6.1 Types of interfaces colloids <br/>6.2 Characteristics of a solid surface <br/>6.3 Adsorption and its characteristics <br/>etc <br/><br/>7. Electrical characteristics of interfaces . electrical double layer and zeta potential <br/>7.1 Definitions and electro chemical concepts <br/>7.2 Models of the electrical double layer<br/>7.3 Experimental testing of the double layer theory <br/>etc <br/><br/>8. Adsorption of flotation collectors <br/>8.1 Requirement for collector adsorption <br/>8.2 Mechanism of xanthate adsorption<br/>8.3 Mechanisms of adsorption of non thio collectors <br/>etc  <br/><br/>9. Flotation froths and roams <br/>9.1 Single gas bubblies in liquid <br/>9.2 Foams and froths <br/>9.3 Kinetics of drainage in single films supported on frames <br/>etc<br/><br/>10. Inorganic regulating agent, activators depressants <br/>10.1 PH control <br/>10.2 Control of change density at the solid/ liquid interface <br/>10.3 Additives regulating  the oxidation stated of various components in the pulp <br/> 
<br/><br/>References : p681 -745 ._ Index : p747-758 
<br/><br/><label>ISBN: </label>0306405881 
<br/><br/><label>LCCN: </label>81021152  
<br/><br/><label>Subjects--Topical Terms: </label><br/>Flotation.<br/>Surface chemistry.
<br/><br/><label>Dewey Class. No.: </label>622.752  / LEJ