Molecular representation of the hydrocarbon feedstock is generated from analytical chemistry that is used to build a reaction network using graphic techniques to estimate rate parameters.
The number of nodal leaves at main stem was assessed periodically during the entire growing season to estimate rate of leaf appearance.
Proton exchange is accelerated by both acid and base catalysis, with relaxation data used to estimate rate constants for acid, base and neutral mechanisms.
A redness area based algorithm is also proposed to analyze the hot regions and also to estimate rate of change of hotness in electrical assets for early detection and prediction of faults.
Methane yields were measured from waste samples collected over time, including periods before and after leachate recirculation, and the results were applied to a first-order decay model to estimate rate constants for each of the sites.
To estimate rate constants during automatic mechanism generation for heterogeneous catalytic reactions, linear free energy relationships were applied using heat of reaction as the reactivity index, and theoretical approaches were used to estimate activation energies and preexponential factors.
Using humans as a particularly tractable model species, we conducted treadmill experiments to test the validity of tri-axial accelerometry loggers, designed for use with animals in the field, to estimate rate of oxygen consumption (˙VO2: an indirect measure of metabolic rate) and speed during locomotion.
Poisson regression was used to estimate rate ratios (RR) and 95% confidence intervals (95% CI).
In addition, it is hard to correctly estimate rate and distortion of a frame before actual encoding.
Poisson regression models with generalized estimating equations were used to estimate rate ratios comparing written checklist use with memorized and no checklist use.
This equation was used to estimate rate constants and acrylamide formation rates for potato at temperatures between 30 and 90 °C (Additional file 1: Table S2).
