Titlebook: Dynamics in Geometrical Confinement; Friedrich Kremer Book 2014 Springer International Publishing Switzerland 2014 1–, 2– and 3-dimensiona

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Lillian Eby,Beverly Sinoway,Anthony Parisiroadband Dielectric Spectroscopy has proven its strength in this research field, being used in numerous investigations on polymer dynamics in samples having one, two, or three dimensions on the nanometer length scale. However, in most cases, the investigated polymers were subjected to constraints ar

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Lillian Eby,Beverly Sinoway,Anthony Parisitric relaxation spectroscopy, to clarify the nature of heterogeneous dynamics in thin polymer films. First, the .-process of multilayered thin films of poly(2-chlorostyrene) (P2CS) and polystyrene (PS) with various geometries was investigated during annealing process. The relaxation rate of the P2CS

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Kant’s Dialectic and the Logic of Illusionnsition in nanometer thin films can effectively be measured with low addenda heat capacity chip calorimeters. Since AC-calorimetry measures a compliance . in the linear response regime it probes molecular dynamics in the super-cooled liquid state. Down to a few nanometers of film thickness, AC-calor

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Kant’s Dialectic and the Logic of Illusionmay deliver important insight on the glassy dynamics in general. Furthermore, from a technological point of view, there exists a rising interest in the understanding of how properties are modified at the nanoscale in comparison to the corresponding bulk system. Within this context, this chapter crit

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