Wetting and Spreading DynamicsWetting and Spreading Dynamics explains wetting phenomena when a liquid partially or completely wets solid or immiscible liquid surfaces. Written for both newcomers and experienced researchers in the field, the book uses principles and terminology from colloid science, fluid mechanics, and thermodynamics to solve equilibrium and dynamic prob |
Comentarios de usuarios - Escribir una reseña
No hemos encontrado ninguna reseña en los sitios habituales.
Índice
Chapter 1 Surface Forces and the Equilibrium of Liquids on Solid Substrates | 1 |
Chapter 2 Equilibrium Wetting Phenomena | 31 |
Chapter 3 Kinetics of Wetting | 165 |
Chapter 4 Spreading over Porous Substrates | 315 |
Chapter 5 Dynamics of Wetting or Spreading in the Presence of Surfactants | 389 |
Conclusions | 501 |
507 | |
Back cover | 517 |
Otras ediciones - Ver todo
Wetting and Spreading Dynamics Victor M. Starov,Manuel G. Velarde,Clayton J. Radke No hay ninguna vista previa disponible - 2007 |
Términos y frases comunes
according to Equation adsorption advancing contact angle amphiphilic apparent three-phase contact aqueous boundary conditions calculated capillary number capillary pressure capillary rise Colloid complete wetting corresponding curvature curve dependence determined dimensionless disjoining pressure isotherm drop base drop profile dynamic contact angle equilibrium contact angle equilibrium film equilibrium liquid excess free energy experimental data expression Figure film thickness flat films flow following text function Hence hexadecane hydrophilic hydrophobic hysteresis imbibition inside the porous interface interfacial tension interlayer line tension liquid drop liquid film liquid profile membrane micelles moving meniscus nitrocellulose parameter partial wetting porous layer porous substrate regime of spreading region Section 2.3 silicone oil solid substrate solution of Equation spherical spreading drop spreading process stage of spreading Starov surface forces surface tension surfactant molecules surfactant solutions thin three-phase contact line transition zone vapor velocity viscosity