Brill E-Books

 Interfacial Rheology

Contents

• • Preliminary Material (i-xiv)   (207K)
    • Jump to section:
    • Foreword Of The Series
    • Foreword
    • Obituary For Valery V. Krotov
    • Content
  • Fundamental Introduction Into 2D Rheology (1-37)   (670K)
    • Jump to section:
    • A. Introduction
    • B. Adequate Description Of Simplest Interfacial Rheology In Tensor Terms
    • C. Rheological Equations And Mechanical Models Of Interfacial Continua
    • D. Rheological Equations For Ideal Interfacial Surfactant Layers
  • History Of Dilational Rheology (38-76)   (704K)
    • Jump to section:
    • A. Introduction - Early Historical Background
    • B. Quantitative Theory Of Wave Characteristics In Relation To Surface Properties
    • C. Analysis Of The Dispersion Relation; The Longitudinal Surface Wave
    • D. The Surface Dilational Modulus
    • E. Survey Of Experimental Methods, Problems And Results
    • F. Summary And Conclusions
    • G. List Of Symbols
    • H. References And Notes
  • Methods To Determine The Rheology Parameters From Interfacial Response Functions (77-102)   (625K)
    • Jump to section:
    • A. Introduction
    • B. Numerical Treatment Of Experimental Data
    • C. Calculation Of Characteristic Frequency And Limiting Elasticity
    • D. Results And Discussion
    • E. Conclusions
    • F. References
  • Interfacial Elasticity As Studied By Wave Methods (103-136)   (659K)
    • Jump to section:
    • A. Introduction
    • B. Theory Of Capillary Waves
    • C. Experimental Studies
    • D. Conclusion
    • E. References
  • Rheology Of Surfactant Adsorption Layers (137-177)   (772K)
    • Jump to section:
    • A. Introduction
    • B. Dilational Rheology Of Adsorbed Layers
    • C. The Oscillating Drop/Bubble Methods
    • D. Experimental Results In Dilational Rheology
    • E. Conclusions
    • F. Reference
  • Rheology Studies Of Spread And Adsorbed Polymer Layers (178-252)   (1M)
    • Jump to section:
    • A. Introduction
    • B. Surface Rheology At Fluid Interfaces
    • D. Equilibrium Behaviour Of Langmuir Monolayers Of Insoluble Polymers
    • E. The Rheology Of Polymer Monolayers
    • F. Polymer Solutions
    • G. The Non-Linear Regime
    • H. References
  • 2D-Rheology Of Protein Layers (253-302)   (710K)
    • Jump to section:
    • A. Introduction
    • B. Dilational Modulus: Principles, Problems And Methods
    • C. Surface Shear Rheology Principles And Methods
    • D. Results And Discussion
    • E. Summary
    • F. References
  • Mixed Surfactant – Polyelectrolyte Layers (303-331)   (1M)
    • Jump to section:
    • A. Introduction
    • B. Shear Visco-Elasticity
    • C. Dilational Visco-Elasticity
    • D. Discussion
    • E. Applications
    • F. Conclusions
    • G. References
  • Dilational Behaviour Of Mixed Protein-Surfactant Layers (332-371)   (777K)
    • Jump to section:
    • A. Introduction
    • B. Theory Of Surface Dilational Elasticity
    • C. Theory Of Adsorption And Visco-Elastic Properties Of Surface Layers
    • D. Comparison Of Experimental Results With Theoretical Model
    • F. Conclusions
    • G. Distribution Of Software Used For Numerical Calculations
    • H. References
  • Surface Shear Rheology (372-428)   (889K)
    • Jump to section:
    • A. Introduction
    • B. Indirect Methods
    • C. Direct Methods
    • D. Interfacial Shear Rheology Of Protein Layers
    • E. List Of Symbols
    • F. References
  • Compressibility Of Insoluble Monolayer (429-475)   (1M)
    • Jump to section:
    • A. Introduction
    • B. Main Characteristics Of Monolayers Sensitively Affected By Small Structural Change Of The Amphiphile
    • C. Theory
    • D. Thermodynamic Characterisation Of Monolayers With One Condensed Phase
    • E. Anisotropy Of Monolayers And Compressibility
    • F. Existence Of More Than One Condensed Phases
    • G. Conclusions
    • H. References
  • Rheology Of Liquid Films (476-518)   (733K)
    • Jump to section:
    • A. Introduction
    • B. Dilatational Elasticity Of Films
    • C. Surfactant Conservation During Expansion Of A Film
    • D. Effect Of The Surface Equation Of State And Adsorption Isotherm Parameters
    • E. Non-Uniform Films
    • F. Mechanical Disturbances Of Films
    • G. Kinetic Aspects By Film Stretching
    • H. Conclusions
    • I. References
  • Elasticity As A Diagnostic Tool In Medicine (519-566)   (735K)
    • Jump to section:
    • A. Introduction
    • B. Experimental Methods
    • C. Surface Elasticity Of Mixed Protein/Surfactant Surface Layers
    • D. Rheological Characteristics Of Biologic Liquids For Some Pathologies
    • E. Conclusions
    • F. References
  • Influence Of Surface Rheology On Particle-Bubble Interactions In Flotation (567-613)   (750K)
    • Jump to section:
    • A. Influence Of Surface Rheology On Hydrodynamics And Dynamic Adsorption Layer Of Rising Bubbles
    • B. Influence Of Surface Rheology On Microflotation
    • C. Influence Of Surface Rheology In Flotation
    • D. Conclusions
    • E. References
  • 2D-Rheology In Food Technology (614-653)   (1M)
    • Jump to section:
    • A. Introduction – Foods As Soft Multiphase Materials
    • B. Interfaces In Food Materials
    • C. Interfacial Rheometry Of Food And Biomaterials
    • D. Relating Interfacial Structure To Interfacial Rheology
    • E. From Interfacial Rheology To Macroscopic Fluid Properties
    • G. Concluding Remarks
    • References
  • Optical Tweezers For 2D Micro Rheology (654-679)   (2M)
    • Jump to section:
    • A. Introduction
    • B. Experimental
    • Summary
    • References
  • Subject Index (680-684)   (91K)