Figure 8d displays the variation of the relaxation time with the heating temperature.
From Fig. 8d, the variation of the relaxation time with the heating temperature is the same as specific capacity.
Open image in new window Figure 2 Variation of phonon relaxation times as function of ξ for T = 10 and 35 K.
Open image in new window Fig. 8 a Nyquist impedance plots, b the relationship between the real capacitance and frequency, c the relationship between the imaginary capacitance and frequency, and d the variation of the relaxation time with the heating temperature.
Figure 2 compares the variation of spin relaxation length with temperature for the cases when only phonon scattering is taken into consideration and when ripple scattering along with phonon scattering is taken into consideration.
The depth-wise variation of T2 relaxation time is known to reflect the collagen network architecture in cartilage, while the delayed Gadolinium Enhanced MRI of Cartilage (dGEMRIC) technique is sensitive to tissue proteoglycan (PG) concentration.
The compositional nature of unaged glassy density and secondary relaxation intensity, both influenced by the presence of specific attractive interactions in the blend system, were likely causes for the variation of volume relaxation rate with composition and undercooling.
The variation of the relaxation times and amplitudes of the transients with the experimental parameters, is compared to the theoretical predictions; the steady state behaviour at the rotating disc electrode is also examined.
It is possible that people with LBP may have significant variation of flexion relaxation responses.
It is also shown numerically that the error of the MRT model is less sensitive to the variation of the relaxation-time coefficients than that of the classical BGK model.
