1. Low frequency dielectric properties of 1-cyanoadamantane C10H15CN
- Author
-
M. Bee, G. Noyel, Jean-Paul Amoureux, M. Foulon, and L. Jorat
- Subjects
Arrhenius equation ,Materials science ,Biophysics ,Thermodynamics ,Dielectric ,Low frequency ,Condensed Matter Physics ,Condensed Matter::Disordered Systems and Neural Networks ,1-cyanoadamantane ,Condensed Matter::Soft Condensed Matter ,symbols.namesake ,Nuclear magnetic resonance ,Critical frequency ,Phase (matter) ,symbols ,Relaxation (physics) ,Physical and Theoretical Chemistry ,Supercooling ,Molecular Biology - Abstract
Dielectric properties of 1-cyanoadamantane C10H15CN are analysed with very low frequencies between 80 K and 320 K. The critical frequency in the (stable and supercooled) plastic phases does not follow an Arrhenius law. This behaviour corresponds to the glassy state of cyanoadamantane. However, β relaxation in the glassy phase certainly does not exist in this compound.
- Published
- 1984