Hristo Solunov scite author profile

The electrical dipole relaxation in PMMA has been studied by measuring thermostimulated depolarizing currents. A master curve for the segmental component of the dielectric constant has been constructed. The increment of the dielectric permittivity due to the α‐relaxation has been determined. The distribution function of the relaxation times and the average relaxation times in the region from 70°C up to Tg = 105°C have been obtained. A way of describing the electret properties of the polymer is discussed.

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Sub-molecular dynamics in liquids and polymers

Solunov

2017

J. Phys.: Conf. Ser.

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Hristo Solunov

The dynamic crossover temperature and the characteristic length of glass transition in accordance with the extended Adam–Gibbs theory

On Measuring the Characteristic Length of the Cooperative Molecular Dynamics in the Glass-Forming Liquids

Relations between the sub-molecula and the cooperative scales in the molecular dynamics of the glass-forming liquids

Thermostimulated depolarization currents and thermoelectret effects in poly(methyl methacrylate)

Sub-molecular dynamics in liquids and polymers

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