Exponents alfa and beta weighs the importance, respectively of the inverse of the users peak power factor [1/P i)] and of the source factor (S).
In particular, for the 100 Hz data, we obtain δ z ′ ∝ ( z ̈ peak ) 1.04, with an exponent close to a linear dependence.
For all three peaks, we determine an exponent in the double logarithmic plot close to 1. Therefore, we conclude that all lines arise from single exciton recombination and we do not observe other process in our MGS.
Comparing the tails of the power spectra far above the peak frequency, the limit cycle power spectrum exhibits power law decay with a higher exponent than that of quasi-cycles.
Nevertheless, to explore this topic further, we repeated this analysis for the M2 peak densities and found an exponent of 0.26±0.06.
The exponent associated with the peak splitting phenomenon is observed in our work for a nonequilibrium system, complementary to equilibrium studies in the rich literature on effective critical exponents belonging to the 3-D XY universality class near the smectic A-nematic phase transition in bulk 8CB, and in other systems.
Surprisingly, the available data to compare size exponents in relation to peak VO2 in obese adolescent males is very limited, mostly using least-squares regression standards [ 32], despite disproportionate size and shape with obesity.
Such indicator was then compared with alternative measures: the width of the multifractal spectrum, the peak of the kurtosis, and its scaling exponent.
For isothermal phase transformations, the position of the peak maximum is determined by the growth exponent and the impingement mode whereas, for isochronal phase transformations, only the impingement mode influences the position of the peak maximum.
Obtained characteristic exponents of 0.2% yield stress, ultimate tensile strength and strain at peak stress were related to the value of the critical exponent of the modulus of elasticity predicted by percolation theory.
