Results suggest loosened molecular packing of the polymer chains accompanied by a broadening of the range of relaxation times in the composites as compared to the neat polymer.
Where the best fit C1g is not 17 ± 2, the corresponding best fit τo must be unphysical, and then the range of relaxation times for which the VTF or WLF equations are valid with a single parameter set will be limited, and the predictions of other properties based on that parameter set will be unreliable.
The range of measured T2 relaxation values from controls was 101 125.6 ms with a mean of 112.6 ms and SD of 6.25.
The range of measured T2 relaxation values from 50 healthy subjects was 101 125.6 ms with a mean of 112.6 ms and SD of 6.25.
Validation is performed over a broad range of relaxation phenomena in the glass transition region, including the temperature and rate-dependence of the stress strain behavior through yield, volume and enthalpy relaxation, and stress relaxation during multi-step loading histories.
The origin of the VFT law is the increase of the range of elastic interaction between local relaxation events.
Due to the synergy effect of tailored ultra-microporosity and N, S, O-doping, the SNC-3 1-600 carbon SNC-3 1-600h specarboncapacitance of 250 F g−1, good capacitance retention of 61% in the range of 0.2–20 A g−1, low relaxation time conshows of 0.71 s in KOH electrolyte.
The range of IM use (exercise, prayer, relaxation, chiropractor, massage, imagery, spirituality, diet, herbs, vitamins, group therapy, hypnosis, and acupuncture) was 2-65%.
Hodson doesn't subscribe solely to TM, however, saying that it "is just one of a range of relaxation techniques that can help children - the simplest being controlled breathing".
It was shown that the temperature dependences of relaxation times in the range of the δ-process are linear or curvilinear for copolymers with 20 or 50% molar fraction of chromophore-containing units, indicating that the local or cooperative character of chromophore mobility was due to the absence (presence) of inter-chromophore interactions.
In the relaxation phenomena in the tested material, there are probably dominant interactions of the dipole– dipole type; therefore, a strong frequency dispersion of constants ε′ and ε″ especially in the range of 10−4 10−1 Hz and significant increase of relaxation time (with the increase of graphene contents) especially at low frequency are observed.
