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continued fractions. The magnetization relaxation time and the spectrum of the relaxation function are calculated for typical values of anisotropy, dissipation, and nonlinearity parameters. It is shown ...
equation is solved for the probability distribution and the effect on the magnetic moment is calculated . Some relaxation modes have no effect on the moment. There are as many as five distinct relaxation ...
), arithmetic mean (T am), and harmonic mean (T hm) are calculated as the pore structure characteristic parameters (T m) of NMR T 2 distribution . T x , the transverse relaxation time when the value of Y- axis ...
is applied to its outer surface. This causes the cylindrical surfaces to rotate about the central axis , thereby inducing a radial shear strain distribution . It is shown that there is a time when the material ...
. Linearity was observed between the delivered dose and the reciprocal of the T2 relaxation time constant of the gel. Dose distributions are the results of a single shot of irradiation, obtained by collimating ...
polarized parallel to the crystallographic axis c of the crystal. The luminescence decay curve recorded for Gd2SiO5:0.5 at% Sm3+ follows a single exponential time dependence with a lifetime 1.74 ms, in good ...
. Linearity was observed between the delivered dose and the reciprocal of the T2 relaxation time constant of the gel. Dose distributions are the results of a single shot of irradiation, obtained by collimating ...
of the central stars formed impulsively in a starburst, these (and less steep) central density cusps will relax over time towards a sourceless steady state configuration. For a single -species stellar present day ...
ultraviolet and then ionized with a strong-field laser pulse in the near infrared during ultrafast relaxation back down to the ground state. We measure time - and angle-dependent ion yields for multiple ...
from literature. Calculating relaxation time The time constant of Néel relaxation is given by , where τ0 is the “attempt time ” or “event time ”, given by . Here, γ is the electron gyromagnetic ratio and α ...
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