Spectroscopic ellipsometry as a route to thermodynamic characterization
Copyright policy )Spectroscopic ellipsometry as a route to thermodynamic characterization
Crucial data for modelling dynamics and miscibility are reflected in thermal expansivities. Analysis of ten polymer films and correlation with volumetric data show ellipsometry is an effective route.
- Dartmouth College United States
- University of Surrey United Kingdom
Thin Films, Transition temperatures, Ellipsometry, Substrates, Polymers, Lattice theory, Temperature, Miscibility, Mercury, Spectroellipsometry, Correlation, Material properties, Thermodynamic properties, Temperature dependence, Dilatometry, Thermodynamics, Glass transition temperature, Thermal expansion, Molecular structure
Thin Films, Transition temperatures, Ellipsometry, Substrates, Polymers, Lattice theory, Temperature, Miscibility, Mercury, Spectroellipsometry, Correlation, Material properties, Thermodynamic properties, Temperature dependence, Dilatometry, Thermodynamics, Glass transition temperature, Thermal expansion, Molecular structure
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