A comprehensive physicochemical model for cobalt deposition onto a cobalt rotating disk electrode in sulfate-borate (pH 3) solutions is derived and statistically fit to experimental EIS spectra obtained over a range of CoSO4 concentrations, overpotentials and rotation speeds.
They were derived and adjusted to fit certain behaviors: regular spiking, intrinsically bursting, chattering modes, fast spiking or low-threshold spiking.
One involves the processes in place for the detection and correction of erroneous values in the raw variometer measurements and the other is the process of deriving and fitting the baselines.
We estimated the effect of continuous NPI in screen-detected and symptomatic disease, and derived corresponding fitted 5-year survival curves.
From the Generalized form, the Special Blatz Ko, compressible Neo Hookean, and incompressible Mooney Rivlin models were derived and the best-fit material parameters reported for each.
New designs, with the further property of minimizing the generalized variance of the additional regression coefficients when an enlarged model is fitted, are derived and assessed.
Accumulated deviances arising from the control effect or interaction were derived, and the goodness of fit, measured by the likelihood ratio (deviances were tested against Chi square) was calculated.
This density profile is derived from measurements and fits shown in Figure S2a in the Supporting Information.
Lognormal curves were fit to the data in R and summary statistics were derived from fitted distributions.
After analyzing the effect of point density and plot size on the metrics derived we fitted two exponential models to estimate AGB for each study site.
