Dynamics of Adsorption at Liquid Interfaces: Theory, Experiment, Application

Content: 
Introduction to the series
Pages v-vi
Dietmar Möbius, Reinhard Miller

Preface
Pages xvii-xviii

Chapter 1 Introduction Original Research Article
Pages 1-29

Chapter 2 Thermodynamics and macro-kinetics of adsorption Original Research Article
Pages 30-67

Chapter 3 Surface phenomena, surface rheology and relaxations processes at liquid interfaces Original Research Article
Pages 68-99

Chapter 4 The dynamics of adsorption at liquid interfaces Original Research Article
Pages 100-139

Chapter 5 Experimental technique to study adsorption kinetics Original Research Article
Pages 140-201

Chapter 6 Relaxation studies at liquid interfaces Original Research Article
Pages 202-237

Chapter 7 Effect of surfactant charge on the dynamics of adsorption Original Research Article
Pages 238-268

Chapter 8 Dynamic adsorption layer of bouyant bubbles.Diffusion controlled transport of nonionic surfactants Original Research Article
Pages 269-322

Chapter 9 Dynamic adsorption layers of surfactants at the surface of buoyant bubbles.Kinetic-controlled surfactant transport to and from bubble surfaces Original Research Article
Pages 323-341

Chapter 10 Dynamic adsorption layer in microflotation Original Research Article
Pages 342-421

Chapter 11 Dynamic adsorption layer in flotation Original Research Article
Pages 422-472

Chapter 12 Non-equilibrium surface forces caused by dynamic adsorption layers and their relevance in film stability and flotation Original Research Article
Pages 473-487

Appendix 2A: General principles of the degrees of freedom of interfaces
Pages 488-489

Appendix 2B: Discussion of further adsorption isotherms
Pages 489-493

Appendix 2C. Non-equilibrium surface thermodynamics
Pages 493-496

Appendix 2D: Thermodynamics of thin liquid films
Pages 496-501

Appendix 3A: Sound propagation in liquid/fluid disperse systems and chemical reaction
Pages 501-506

Appendix 3B: Dynamic contact angles
Pages 506-508

Appendix 3C: Marangoni-instabilities and dissipative structures
Pages 508-513

Appendix 3D: Lateral transport phenomena
Pages 513-514

Appendix 4A: Numerical solution of the integral equation of ward and tordai
Pages 514-515

Appendix 4B: Numerical solution of the function exp(x2)erfc(x)
Pages 515-517

Appendix 4C: Finite difference scheme to solve the initial and boundary condition problem of a diffusion controlled adsorption model
Pages 518-520

Appendix 4D: Finite difference scheme to solve the initial and boundary condition problem of a diffusion controlled adsorption model for a two component surfactant system
Pages 521-524

Appendix 4F: Polynomial parameters of the collocation solution EQ. (4.25) after ziller & miller (1986)
Page 524

Appendix 5A: Correction factors after wilkinson (1972) in the form rcap/a as a function of r·V−1/3
Pages 525-528

Appendix 5B: Density and viscosity of selected liquids
Page 529

Appendix 5C: Surface tension of selected liquids and their interfacial tensions to water
Page 530

Appendix 5D: Isotherm parameters of selected surfactants
Pages 531-532

Appendix 5E: Mutual solubility of orgnaic solvents and water
Page 533

Appendix 5F: Numerical algorithm to solve the gauss-laplace equation
Pages 533-535

Appendix 5G: Dynamic surface tensions in the sub-millisecond range
Pages 535-536

Appendix 6A: Application of system theory for the determination of interfacial tension response functions to small interfacial area disturbances
Page 537

Appendix 6B: Interfacial tension response functions Δγ(t) to harmonic and several types of transient area disturbances
Pages 537-539

Appendix 6C: Interfacial pressure response to area disturbances in presence of insoluble monolayers
Pages 540-541

Appendix 7A: The approximate integration of the differential equation of adsorption of multivalent ions
Pages 541-544

Appendix 8A: Small rear stagnant cap of bubble at high reynolds numbers
Pages 544-546

Appendix 10A: Processes restricting water purification by microflotation, and prevention of bubble surface retardation
Pages 547-548

Appendix 10B: Role of r.s.c. in transport stage at different particle attachment mechanisms
Pages 548-549

Appendix 10C: Choice of hydrodynamic regime under production conditions. Decimicrone-size particle
Pages 549-551

Appendix 10D: New Development in Surface Forces
Pages 551-557

Appendix 10E: Microflotation of submicron, micron and decimicron particles
Pages 557-558

Appendix 10F: Flotation with centimicron and millimeter bubbles
Pages 558-559

Appendix 10G: Flotation with bubbles between millimeter and centimicron
Pages 559-560

Appendix 10H: Possibility of microbubble capture from below, dynamic adsorption layer and possibility of decrease of surfactant consumption
Pages 560-561

Appendix 101: Air-dissolved flotation and two-stage flotation
Page 561

Appendix 10J: Industrial application of two-stage microflotation
Pages 561-562

Appendix 10K: Bubble polydispersity in two-stage flotation
Pages 562-563

Appendix 10L: Two-stage microflotation with particle aggregation
Pages 563-564

Appendix 10M: Comments on the role of boundary layer and centrifugal force as discussed by mileva (1990)
Pages 564-565

Appendix 11A: Correction of the calculation of centrifugal forces at St>Stc
Pages 565-566

Appendix 11B: Analysis the theory by schulze and others on attachment by collision
Pages 566-567

List of symbols
Pages 568-572

Subject index
Pages 573-581