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| Naji, M. |
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Smith, James
University of Portsmouth
in Cooperation with on an Cooperation-Score of 37%
Topics
Publications (13/13 displayed)
- 2011Multifunctional poly(alkyl methacrylate) films for dental carecitations
- 2011Electrochemical and computational studies of electrically conducting polymer coatingscitations
- 2011Mapping surface heterogeneity: the AFM-based approach
- 2011The effects of incorporated silicone oils and calcium carbonate on the resistance to settlement and the antifouling performance of a silicone elastomercitations
- 2010Towards the determination of surface energy at the nanoscale: a further assessment of the AFM-based approachcitations
- 2010A comparative study of surface energy data from atomic force microscopy and from contact angle goniometrycitations
- 2004Friction coefficient mapping using the atomic force microscopecitations
- 2002Fluoropolymer coatings with inherent resistance to biofouling
- 2002Adhesion force mapping of polymer surfaces: factors influencing force of adhesioncitations
- 2002Adsorbed poly(ethyleneoxide)–poly(propyleneoxide) copolymers on synthetic surfaces: spectroscopy and microscopy of polymer structures and effects on adhesion of skin-borne bacteriacitations
- 2001Nanoindentation and adhesion-force-mapping studies of polymer blend films
- 2000Mapping the surface heterogeneity of a polymer blend: an adhesion-force-distribution study using the Atomic Force Microscopecitations
- 2000Poly(perfluoroalkyl methacrylate) film structures: surface organization phenomena, surface energy determinations, and force of adhesion measurementscitations
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article
Mapping the surface heterogeneity of a polymer blend: an adhesion-force-distribution study using the Atomic Force Microscope
Abstract
Adhesion force mapping using atomic force microscopy has been used to investigate a phase-separated blend of poly(methyl methacrylate) (PMMA) and poly(dodecyl methacrylate) (PDDMA). Comparison of the results from the blend with those from the pure constituent polymers showed that force mapping could identify PMMA- and PDDMA-rich areas in the blend. The adhesion maps produced were deconvoluted from sample topography and contrasted with data obtained from contact angle goniometry.