The influence of these three regressors on the four dependent variables, i.e., chemical oxygen demand (COD), total phenols (TP), color and aromaticity removals was evaluated using second-order polynomial multiple regression model.
The energetics of Zn partitioning was evaluated using first-principles calculations, and suggests that this partitioning is a kinetic effect.
Five main factors affecting the deconvolution were examined: concentration pattern, chromatographic resolution, number of batches and replicates, and noise level, which were evaluated using first- and second-order figures of merit.
The reliability index and failure probability of RE structures were evaluated using First-Order-Reliability-Method (FORM) and then compared with Second-Order-Reliability-Method (SORM) and Monte Carlo Sampling method.
However, the extent of segregation was much smaller than that observed experimentally when the segregation energy was evaluated using first-principles calculations without considering lattice vibrations (i.e., the calculations were performed for 0 K).
The energetics of Cu variation within the Q-phase has been evaluated using first-principles calculations and demonstrates that interstitial Cu atoms stabilize the metastable B′-phase and that the observed Q-phase composition variation from the ground-state is due to off-stoichiometries in the single-phase field.
Future work aims to evolve this system into a fully functional system that will be evaluated used first year undergraduate students on the "Introduction to Programming" module.
Important solidification events evaluated using the first and second derivative-cooling curve.
Its energy and exergy efficiencies are also evaluated using both first and second law of thermodynamic.
The specific involvement of CX3CR1 in extravasation was evaluated using a second functional mutant containing an arginine to asparagine mutation at amino acid 128, which is located in the second intracellular loop of CX3CR1 and in the highly conserved aspartic acid-arginine-tyrosine (DRY) sequence of G-protein coupled receptors [ 16].
The peak value was evaluated using a second order polynomial fit in the 287 - 289 eV range.
