Corrosion performance of the coatings deposited at various pH values was investigated using Zview and COMSOL computer modeling programs.
Electrodeposition of cobalt from sulfate solutions at different pH values was investigated using the EQCM technique coupled with cyclic voltammetry.
In this study, four different squealer heights and seven squealer width values are investigated using a computational approach for an axial turbine blade depicting an E3 "Energy Efficient Engine" design.
The relationship between IF and EF values was investigated using the Spearman correlation coefficient and Kruskal-Wallis between groups analysis; a p value of less than 0.05 was deemed statistically significant.
In these experimental designs, 9 runs, two factors namely (1) Tm3+ ion concentration, and (2) pH value were investigated using 3 different ligands.
When no significant similarity was highlighted in the PSI-BLAST data, marginal similarities (Expected values above the threshold value) were investigated using HCA.
In order to determine the stone behaviour in the areas exposed to sunlight, gloss value was investigated using a thermostatic chamber.
First, the properties of estimated breeding values (EBV) were investigated using 1000 replicated schemes without selection.
The presence of the major phytochemical derivatives in the extracts with SI values greater than 2 were investigated using standard methods.
