Professor Brian Vincent is a leading light in colloid science both in the UK and internationally. The science Brian has been involved in has influenced many areas of colloids both academically and industrially. He has collaborated with many sectors of industry (including pharmaceuticals, petrochemicals, agrochemicals, personal products, laundry products, paints and coatings). Brian has also been an active member of both the RSC and the SCI and has collaborated with many universities in the UK and overseas. This unique book is effectively a compendium of Brian's research, complemented by…mehr
Professor Brian Vincent is a leading light in colloid science both in the UK and internationally. The science Brian has been involved in has influenced many areas of colloids both academically and industrially. He has collaborated with many sectors of industry (including pharmaceuticals, petrochemicals, agrochemicals, personal products, laundry products, paints and coatings). Brian has also been an active member of both the RSC and the SCI and has collaborated with many universities in the UK and overseas. This unique book is effectively a compendium of Brian's research, complemented by contributions on current topics in colloids by some of the leading scientists in the field. It provides an overview of the broad spectrum of colloid and interface science in which Brian has been a research pioneer for many years. The authors are all collaborators and/or former students of Brian, and are of international standing in colloid science and as such make this book an invaluable reference tool. The book backs up a meeting organised jointly by the RSC Colloid and Interface Science Group and the SCI Colloid & Surface Science Group and covers topics such as: -The Adsorption of Small, Negative Particles onto Large Positive Particles -Polymer Chemistry, Hypervelocity Physics and the CASSINI Space Mission -The BV Droplets Downunder: From Model Emulsions to Drug Delivery -Polymers and Surfactants at Interfaces -Controlled Release as Desorption from Porous Polymeric Systems -Characterisation and Application of Colloidal Micorogels -Surface Modification However, the book is not just reflective, but provides insight into new areas in which colloid science is being applied. It has specific appeal to colloid scientists in academia and industry who will find this book both fascinating and inspirational as well as an indispensable reference tool. Professor Brian Vincent is a leading light in colloid science both in the UK and internationally. The science he has been involved in has influenced many areas of colloids both academically and industrially. He has collaborated with many sectors of industry (including pharmaceuticals, petrochemicals, agrochemicals, personal products, laundry products, paints and coatings). Brian Vincent has also been an active member of both RSC Publishing and the SCI and has collaborated with many universities in the UK and overseas. This unique book is effectively a compendium of Professor Brian Vincent's research, complemented by contributions on current topics in colloids by some of the leading scientists in the field. It provides an overview of the broad spectrum of colloid and interface science in which Professor Brian Vincent has been a research pioneer for many years. The authors are all collaborators and/or former students of Professor Vincent, and are of international standing in colloid science and as such make this book an invaluable reference tool. The book backs up a meeting organised jointly by the RSC Colloid and Interface Science Group and the SCI Colloid & Surface Science Group and covers topics such as: -The Adsorption of Small, Negative Particles onto Large Positive Particles -Polymer Chemistry, Hypervelocity Physics and the CASSINI Space Mission -The BV Droplets Downunder: From Model Emulsions to Drug Delivery -Polymers and Surfactants at Interfaces -Controlled Release as Desorption from Porous Polymeric Systems -Characterisation and Application of Colloidal Micorogels -Surface Modification However, the book is not just reflective, but provides insight into new areas in which colloid science is being applied. It has specific appeal to colloid scientists in academia and industry who will find this book both fascinating and inspirational as well as an indispensable reference tool.
Peter J Dowding, a Fellow of the Royal Society of Chemistry, is Principal Scientist at Infineum UK Limited an Exxon & Shell joint venture. He is leader for all background and fundamental studies of colloidal additives for future generations of additives used in lubricants and his research interests include: Surfactant Stabilised Nanoparticles, Steric Stabilisation, Surfactancy, Controlled Release, Supercritical Fluids and Properties of Asphaltenes. Terence Cosgrove is Professor at the School of Chemistry, University of Bristol. Simon Biggs is Professor of Particle Science and Engineering, Institute for Particle Science and Engineering, The University of Leeds and is a Fellow of the Royal Society of Chemistry, a member of the American Chemical Society, the International Association of Colloid and Interface Scientists, and the Royal Australian Chemical Society. His main research interests are in the field of colloid and interface science and he is recognised as a pioneer in the application of atomic force microscopy to the study of colloid and particle science. A significant number of his published papers were the first of their kind in the open literature - especially the work on the influence of polymers and surfactants on inter-particle forces.
Inhaltsangabe
Foreword 1- A Journey through Colloid Science Early Days Novel Colloidal Systems Particle Synthesis Particles with terminally-grafted polymer chains Electrically -conducting particles Microemulsions based on block or graft copolymers Monodisperse Liquid Droplets Liquid core / solid shell particles Microgel Particles Particle Interactions Electrostatic interactions Polymers at interfaces and steric interactions Depletion interactions Interactions in mixed particle systems Deposition of particles on flat surfaces Final Remarks References 2- Synthesis of Poly-N-Isopropylacrylamide microgel particles containing gold nanoshell cores with potential for triggered de-swelling Abstract Introduction Materials and Methods Preparation of silica particles Preparation of positively charged silica particles Preparation of Gold nanoparticles Attachment of gold nanoparticles to silica cores Growth of gold nanoshells Synthesis of hydrogel-coated gold or gold nanoshells Results and Discussion Adsorption of Gold nanoparticles onto positively charged silica particles Concluding Remarks References 3- Polymer Chemistry, Hypervelocity Physics and the CASSINI Space Mission Introduction Organic conducting polymers Synthesis and properties of polypyrrole Hypervelocity acceleration experiments Do plasma mass spectra originate from the latex core or shell? Kinetic energy of a hypervelocity impact The CASSINI space mission and the CDA adaptor Four classes of micrometeorites What is the nature of the volcanic activity on Io? Latex mimics for sulphur-rich micrometeorites Conclusions 4- From Novel Monodisperse "Silicone Oil"/Water Emulsions to Drug Deliver Abstract Background Introduction Interaction Forces and Deformation of PDMS Droplets Rheological Behavior of concentrated emulsions of PDMS Droplets Polymers at Silicone Droplets Interfaces Nanoparticles at PDMS Droplets Towards a drug delivery system Conclusions Acknowledgements References 5- Polymers and surfactants at interfaces: colloidal lego for nanotechnology Introduction Self-assembly of block copolymers and the formation of "smart colloids" Adsorption of block copolymer micelles at the aqueous/ solid interface Responsive and functional surfaces Multilayer coatings, particles and capsules Conclusions Acknowledgements References 6- Polymer depletion: recent progress for polymer/colloid phase diagrams Abstract Introduction Theory System and system parameters Thermodynamics Some illustrations Results Concluding remarks References 7- NanoBubbles, dissolved gas, boundary layers and related mysterious effects in colloidal stability Abstract Introduction Results and Discussion Stability ratio as a function of dissolved gas and hydrophobicity Colloid Stability Analysis TMAFM Imaging Images of Bubble Coalescence Nature of Domains Bubble Formation on Solid-Water Interfaces Contact angles and line tension Kinetics of CO2 gas adsorption using the QCM Conclusions Acknowledgement References 8- Heteroflocculation studies of colloidal poly(N-isopropylacrylamide) microgels with polystyrene latex particles: effect of particle size, temperature and surface charge Abstract Introduction and background Heterflocculation studies Experimental Microgel synthesis Dry weight analysis Preparation of anionic polystyrene latex and cationic microgel mixed dispersions Dynamic light scattering (DLS) Electrophoretic mobility and zeta potential measurements Turbidimetric analysis Scanning electron microscopy (SEM) Results and Discussion Scanning electron microscopy (SEM) Characterisation of anionic PS latex particles Heteroflocculation of microgel-latex mixtures Concluding remarks 9- Surface Modification, Encapsulation and Coating- A Career built on Graft Abstract The early years: Colloid science, zeta potential and polymers The dark side: Black boxes, sunscreens and hope-in-a-bottle Back to the future: Colloid science, vaccines, microbicides and HIV/ AIDS Conclusions Acknowledgements References
Foreword 1- A Journey through Colloid Science Early Days Novel Colloidal Systems Particle Synthesis Particles with terminally-grafted polymer chains Electrically -conducting particles Microemulsions based on block or graft copolymers Monodisperse Liquid Droplets Liquid core / solid shell particles Microgel Particles Particle Interactions Electrostatic interactions Polymers at interfaces and steric interactions Depletion interactions Interactions in mixed particle systems Deposition of particles on flat surfaces Final Remarks References 2- Synthesis of Poly-N-Isopropylacrylamide microgel particles containing gold nanoshell cores with potential for triggered de-swelling Abstract Introduction Materials and Methods Preparation of silica particles Preparation of positively charged silica particles Preparation of Gold nanoparticles Attachment of gold nanoparticles to silica cores Growth of gold nanoshells Synthesis of hydrogel-coated gold or gold nanoshells Results and Discussion Adsorption of Gold nanoparticles onto positively charged silica particles Concluding Remarks References 3- Polymer Chemistry, Hypervelocity Physics and the CASSINI Space Mission Introduction Organic conducting polymers Synthesis and properties of polypyrrole Hypervelocity acceleration experiments Do plasma mass spectra originate from the latex core or shell? Kinetic energy of a hypervelocity impact The CASSINI space mission and the CDA adaptor Four classes of micrometeorites What is the nature of the volcanic activity on Io? Latex mimics for sulphur-rich micrometeorites Conclusions 4- From Novel Monodisperse "Silicone Oil"/Water Emulsions to Drug Deliver Abstract Background Introduction Interaction Forces and Deformation of PDMS Droplets Rheological Behavior of concentrated emulsions of PDMS Droplets Polymers at Silicone Droplets Interfaces Nanoparticles at PDMS Droplets Towards a drug delivery system Conclusions Acknowledgements References 5- Polymers and surfactants at interfaces: colloidal lego for nanotechnology Introduction Self-assembly of block copolymers and the formation of "smart colloids" Adsorption of block copolymer micelles at the aqueous/ solid interface Responsive and functional surfaces Multilayer coatings, particles and capsules Conclusions Acknowledgements References 6- Polymer depletion: recent progress for polymer/colloid phase diagrams Abstract Introduction Theory System and system parameters Thermodynamics Some illustrations Results Concluding remarks References 7- NanoBubbles, dissolved gas, boundary layers and related mysterious effects in colloidal stability Abstract Introduction Results and Discussion Stability ratio as a function of dissolved gas and hydrophobicity Colloid Stability Analysis TMAFM Imaging Images of Bubble Coalescence Nature of Domains Bubble Formation on Solid-Water Interfaces Contact angles and line tension Kinetics of CO2 gas adsorption using the QCM Conclusions Acknowledgement References 8- Heteroflocculation studies of colloidal poly(N-isopropylacrylamide) microgels with polystyrene latex particles: effect of particle size, temperature and surface charge Abstract Introduction and background Heterflocculation studies Experimental Microgel synthesis Dry weight analysis Preparation of anionic polystyrene latex and cationic microgel mixed dispersions Dynamic light scattering (DLS) Electrophoretic mobility and zeta potential measurements Turbidimetric analysis Scanning electron microscopy (SEM) Results and Discussion Scanning electron microscopy (SEM) Characterisation of anionic PS latex particles Heteroflocculation of microgel-latex mixtures Concluding remarks 9- Surface Modification, Encapsulation and Coating- A Career built on Graft Abstract The early years: Colloid science, zeta potential and polymers The dark side: Black boxes, sunscreens and hope-in-a-bottle Back to the future: Colloid science, vaccines, microbicides and HIV/ AIDS Conclusions Acknowledgements References
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