Encyclopedia of Surface and Colloid Science -, Volume 1This comprehensive reference collects fundamental theories and recent research from a wide range of fields including biology, biochemistry, physics, applied mathematics, and computer, materials, surface, and colloid science-providing key references, tools, and analytical techniques for practical applications in industrial, agricultural, and forensic processes, as well as in the production of natural and synthetic compounds such as foods, minerals, paints, proteins, pharmaceuticals, polymers, and soaps. |
Contents
Electrical Double Layer at a Colloid Particle F GonzálezCaballero and V N Shilov 1682 | 8 |
Hysteresis in Contact Angle Measurements C W Extrand 2414 | 8 |
Approach by Means of Computer | 8 |
Phase Transitions in Finely Divided Aqueous Systems A Bogdan 4002 | 8 |
Absorption of Ions into Droplets Victor A Kuz 1 | 8 |
Theory Claudio Della Volpe and Stefano Siboni | 17 |
AcidBase Behavior of Clay Surfaces in Aqueous Media Marcelo J Aven | 37 |
AcidBase Behavior of Oxide and Related Surfaces James A Schwarz | 64 |
BiosorptionHideshi Seki and Akira Suzuki | 792 |
Block Copolymer Micelles Watson Loh | 802 |
Bubble and Drop Pressure Tensiometry Reinhard Miller Valentin Fainerman and V I Kovalchuk | 814 |
Calculation of ZetaPotentials from Electrokinetic Data Nikos Spanos Pavlos G Klepetsanis | 829 |
Calibration of Atomic Force Microscope Cantilevers John Elie Sader | 846 |
Carbon Particles Hisashi Tamai and Hajime Yasuda | 857 |
CarbonSilica Adsorbents Vladimir M Gunko and Roman Leboda | 864 |
Catalysis by Metallic Colloids Naoki Toshima and Yukihide Shiraishi | 879 |
AcidBase Behavior of Polymer Surfaces Marco Morra | 74 |
Adhesion of Air Bubbles to Mineral Surfaces in the Presence of Liquids Bronisław Jańczuk | 91 |
Adhesion Properties of Polymers S Bistac and M Brogly | 108 |
Adsolubilization of Organic Pollutants Kunio Esumi | 119 |
Surfactants at ClayWater Interface JeanYves Bottero | 128 |
LowCost Alternatives to Carbon V K Gupta and Imran Ali | 136 |
Adsorption and Fouling at Stainless Steel Surfaces Osamu Suzuki | 167 |
Wetting Behavior at LiquidLiquid Interfaces LiJen Chen 5630 | 172 |
Adsorption and Interfacial Film Formation from Emulsion Systems Martin Malmsten and Peter | 175 |
Adsorption at GasLiquid Interfaces R K Thomas | 181 |
Adsorption at SurfaceModified Silica Gels Newton Luiz Dias Filho | 191 |
Theoretical Analysis Paul R Van Tassel | 204 |
Adsorption Isotherms József Tóth | 212 |
Adsorption Kinetics Gianfranco Cerofolini | 225 |
Nanoparticles as Magnetic Resonance Imaging Contrast Agents Benoît Denizot 3643 | 229 |
Adsorption Kinetics of Proteins Jeremy J Ramsden | 240 |
Adsorption Mechanisms of Ions in Colloidal Systems ChengFang Lin ChungHsin | 262 |
Adsorption of Biomolecules at Silica Vladimir A Basiuk | 277 |
Adsorption of Drugs Laurent MarchalHeussler and Jérôme Barra | 294 |
Adsorption of Dyes on Clay Surfaces Miguel G Neumann and Fergus Gessner | 307 |
Adsorption of Fluids Douglas Henderson | 336 |
Adsorption of Gases on IonExchanged Zeolite Surfaces Masahiro Katoh and Tahei Tomida | 345 |
Adsorption of Gases at Porous Solid Surfaces Philippos J Pomonis and Athanasios K Ladavos | 354 |
Adsorption of Heavy Metal Ions on Clays Heike Bradl | 373 |
Adsorption of Heavy Metal Ions on Soil Surfaces and Similar Substances Reşat Apak | 385 |
Adsorption of Immunoglobulins at SolidLiquid Interfaces Carla E Giacomelli | 418 |
Adsorption of Metal Complexes at Oxide and Related Surfaces Allen P Davis | 440 |
Adsorption of Molecules at Metal Surfaces Walter R Caseri | 450 |
Adsorption of Organic Acids on Silica Substrates from Aqueous and Nonaqueous Solutions | 465 |
Adsorption of Particles onto Metallic Surfaces Estela María Andrade | 482 |
Theory Zbigniew Adamczyk | 499 |
Adsorption of Polyelectrolytes on Mica Orlando J Rojas | 517 |
Adsorption of Polyethoxyethylenic Surfactants on Clay Surfaces D M Nevskaia | 536 |
Adsorption of Polymers at Colloid Surfaces Tsetska Radev | 547 |
Adsorption of Polymers in Mixed Polymer Systems Yuri S Lipatov | 558 |
Adsorption of Polysaccharides on Mineral Surfaces from Aqueous Solutions Qi Liu | 573 |
Adsorption of Surfactants and Biological Molecules at the MercurySolution Interface | 591 |
Adsorption on Carbon Keith Lenghaus and David H Solomon | 609 |
Adsorption at Solid Surfaces Gamal M S El Shaf | 618 |
Approximate Expressions for Electrical DoubleLayer Interaction Between Spherical Particles | 630 |
Natural and Anthropogenic Particles Chiusen Wang | 642 |
Atomic Force Microscopy and Colloid Interaction Forces Ian Larson and John Ralston | 653 |
Atomic Force Microscopy of Membranes W Richard Bowen and Teodora A Doneva | 664 |
Behavior of Mixed Micellar Systems S Milioto | 683 |
Biodegradable and Chemically Degradable Anionic Surfactants Andrzej Piasecki | 701 |
Biodegradable and Chemodegradable Nonionic Surfactants Bogdan Burczyk | 724 |
Bioelectrochemistry at Surface Modified Carbon Electrodes Albertas Malinauskas | 753 |
Electrocatalysis of Inorganic Reactions N M Marković and P N Ross Jr 1736 | 768 |
Biofunctional Surfaces Studied by Quartz Crystal Microbalance with Dissipation Monitoring | 774 |
Catalysis by Porous Solids César Jiménez Sanchidrián | 887 |
Catalytic Activity of Layered Double Hydroxides or HydrotalciteType Anionic Clays | 909 |
Characterization of Alumina and Related Surfaces by Inverse Gas Chromatography | 931 |
Characterization of Porous Media by Dynamic and Equilibrium Techniques | 942 |
Characterization of Silica Gels by Physical Methods Jacek Goworek | 954 |
Chemical Kinetics in Micelles Clifford A Bunton | 980 |
Chemical Modification of Clay Surfaces Fernando Wypych | 995 |
Chemically Modified Silica Alumina and Related Surfaces Takashi Monde | 1012 |
Ultrafiltration of Micellar Systems Daniel Lemordant 5457 | 1017 |
An FTIR Insight into Protein Structural | 1033 |
Coagulation Approach to Water Treatment Chihpin Huang and Jill Ruhsing an | 1049 |
Coagulation of Aerosol Particles K W Lee and S H Park | 1065 |
Coagulation of ProteinStabilized Dispersions Jeffrey Leaver and David S Horn | 1077 |
Cohesion vs Swelling | 1087 |
Commercial Applications of Membranes Hsiun Philip Hsieh | 1104 |
Composite Fine ParticlesJuan Yang José M F Ferreira Sen Mei and Wenjian Weng | 1118 |
Compound Semiconductor Formation by Electrochemical Atomic Layer Epitaxy Surface | 1129 |
Computer Simulation of Fractal Structure of Flocs S Tang | 1162 |
Conductivity of Foams Peter J Wilde | 1169 |
ConfinementInduced Structural Forces in Colloidal Systems D T Wasan A D Nikolov | 1181 |
Conformation of Adsorbed ProteinsArnoldus W P Vermeer | 1193 |
Contact Angle Measurement Techniques for Determination of WettabilityYongan | 1213 |
Contact Angle Measurements on Oxide and Related Surfaces Zhenghe Xu | 1228 |
Control of Protein Adsorption at Surfaces Krister Holmberg | 1242 |
Lecithin Yu A Schchipunov 2997 | 1252 |
Surface Complex Formation of Heavy | 1254 |
Coprecipitation of Oxide and Related Surfaces Russell J Crawford Justin Dann | 1266 |
Critical Size of a Bubble in a Superheated Fluid and Problems in Its Modeling | 1282 |
Crystal Growth Kinetics and Mechanisms Ljerka Brečević | 1289 |
Crystalline Colloids Tsuneo Okubo | 1300 |
Cyclic voltammetry at Electrode Surfaces Valentina Lazarescu | 1310 |
Cyclodextrin Interfacial Behavior Seiki Tanada and Naohito Kawasaki | 1344 |
Delivery of LiposomeAssociated Solutes Eduardo Lissi and Elsa Abuin | 1355 |
Deposition of Species Containing Catalytically Active Ions on the Interface Developed | 1366 |
Detergency for Engineering Applications of Surfactant Solutions Clarence A Miller | 1379 |
Dielectric Behavior of Clay Surfaces Tomoyuki Ishida | 1385 |
Dielectric Constants and Other Electrical Properties of Monolayers at Liquid Interfaces | 1393 |
Dielectric Properties of Suspensions of Solid Particles Constantino Grosse | 1404 |
Dielectric Spectroscopy of MicroEmulsions Robert M Hill and Jayne Lawrence | 1423 |
Diffuse Reflectance Spectroscopy of Iron Oxides José Torrent and Vidal Barrón | 1438 |
Common terms and phrases
acid-base interactions activated carbon adhesion adsorbed adsorbed amount adsorbed layer adsorption adsorption isotherms air bubble anionic antibodies aqueous solutions atoms behavior calculated cations chains Chem chemical chemisorption Chemistry clay minerals Colloid Interface Sci components concentration constant contact angle coverage curves decrease depends desorption dextrin droplets drug effect electrolyte electron electrostatic equation equilibrium experimental film flotation forces formation free energy function groups heavy metal hydrogen bonds hydrophobic hydroxyl increase ionic strength isotherm kaolinite kinetics Langmuir ligand liquid measurements mechanism metal ions mica mineral surface molecular molecules monolayer montmorillonite obtained organic oxide parameters particles phase Phys polar polyelectrolyte polymer polysaccharides pore potential properties protein proton reaction silica gel silica surface soil solid surface solvent sorbed sorption species spectra spectroscopy structure studies substrate surface area surface complexation surfactant technique Technol temperature theory thermodynamic tion University values zeolites
References to this book
Finely Dispersed Particles: Micro-, Nano-, and Atto-Engineering Aleksandar M. Spasic,Jyh-Ping Hsu No preview available - 2005 |