Polymer Surfaces - From Physics to TechnologyRevised & Updated Edition
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More About This Title Polymer Surfaces - From Physics to TechnologyRevised & Updated Edition
English
As the use and applications of polymers increase, so does the interactions of polymer surfaces with other materials. This updated paperback edition of this well-received, popular book presents a comprehensive approach to all aspects of polymer surfaces, from fundamental theory through applications, making it essential reading for everyone studying or working with polymers.
- From the Reviews of the Cloth Edition "...both informative and a pleasure to read....the favorable reaction derives from the volume's organization and presentation of its material to ensure maximum utility." Polymer News
- Divided into four comprehensive sections: physical principles of polymer surfaces, characterization, modifications of properties, and applications.
- Includes the most recent patent information.
- From the Reviews of the Cloth Edition "...both informative and a pleasure to read....the favorable reaction derives from the volume's organization and presentation of its material to ensure maximum utility." Polymer News
- Divided into four comprehensive sections: physical principles of polymer surfaces, characterization, modifications of properties, and applications.
- Includes the most recent patent information.
English
Fabio Garbassi is the author of Polymer Surfaces: From Physics to Technology, Revised and Updated Edition, published by Wiley.
Marco Morra is the author of Polymer Surfaces: From Physics to Technology, Revised and Updated Edition, published by Wiley.
Ernesto Occhiello is the author of Polymer Surfaces: From Physics to Technology, Revised and Updated Edition, published by Wiley.
English
INTRODUCTORY REMARKS.
The Origin of Surface Properties.
Dynamics of Polymer Surfaces.
CHARACTERIZATION METHODS.
Spectroscopic Methods.
Surface Energetics and Contact Angle.
New and Emerging Methods.
MODIFICATION TECHNIQUES.
Physical Modifications.
Chemical Modifications.
Bulk Modifications.
APPLICATIONS.
Wettability.
Adhesion.
Barrier Properties.
Biomedical Materials.
Friction and Wear.
Index.
The Origin of Surface Properties.
Dynamics of Polymer Surfaces.
CHARACTERIZATION METHODS.
Spectroscopic Methods.
Surface Energetics and Contact Angle.
New and Emerging Methods.
MODIFICATION TECHNIQUES.
Physical Modifications.
Chemical Modifications.
Bulk Modifications.
APPLICATIONS.
Wettability.
Adhesion.
Barrier Properties.
Biomedical Materials.
Friction and Wear.
Index.
