Polymer Surfaces and Interfaces IIIISBN: 978-0-471-98286-9
Hardcover
320 pages
June 1999
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Application of Ellipsometry to Polymers at Interfaces and in Thin
Films (D. Styrkas, et al.).
MeV Ion Beam Profiling of Polymer Surfaces and Interfaces (M. Geoghegan).
Phase Separation in Thin Films of Strongly Incompatible Polymer Blends (S. Walheim, et al.).
Mechanical Properties of Polymer Interfaces (C. Creton).
Neutron Reflectivity for the Study of Polymer Interfaces (R. Jones).
Modification of Electrode Surfaces with Electroactive Polymers (A. Hillman, et al.).
Interactions of Tethered Polyelectrolytes in Poor Solvents (C. Singh, et al.).
Viscoelastic Properties of Polymer Films from Surface Quasi-Elastic Light Scattering (S. Peace & M. Taylor).
Magnetic Resonance Relaxation and Imaging (P. McDonald & D. Lane).
Surface Modification for Adhesion Minimization in Aqueous Environments (W.-L. Chen & K. Shull).
Atmospheric versus Low-Pressure Plasma Oxidation of Rubber Surfaces (S. Wheale, et al.).
Index.
MeV Ion Beam Profiling of Polymer Surfaces and Interfaces (M. Geoghegan).
Phase Separation in Thin Films of Strongly Incompatible Polymer Blends (S. Walheim, et al.).
Mechanical Properties of Polymer Interfaces (C. Creton).
Neutron Reflectivity for the Study of Polymer Interfaces (R. Jones).
Modification of Electrode Surfaces with Electroactive Polymers (A. Hillman, et al.).
Interactions of Tethered Polyelectrolytes in Poor Solvents (C. Singh, et al.).
Viscoelastic Properties of Polymer Films from Surface Quasi-Elastic Light Scattering (S. Peace & M. Taylor).
Magnetic Resonance Relaxation and Imaging (P. McDonald & D. Lane).
Surface Modification for Adhesion Minimization in Aqueous Environments (W.-L. Chen & K. Shull).
Atmospheric versus Low-Pressure Plasma Oxidation of Rubber Surfaces (S. Wheale, et al.).
Index.