For prognosis of their thermodynamic properties at high pressures and temperatures, relevant equations of state (EOS), based on the proven physical models and available experimental data, are indicated.
The linear fits of the experimental data are indicated with the continuous lines.
The difference between the calculated values and the experimental data is minor, indicating that the VLE data are suitable for engineering design.
Comparison of predicted solids flux profiles with experimental data is very encouraging and indicates that, although the flow patterns in such vertical gas particle systems are complex, their fluid-dynamic analysis may be relatively straightforward.
A satisfactory agreement between correlations and experimental data was obtained indicating that the nucleation theory yields quantitative correlations when variables such as sorption, degree of plasticization, and surface tension of the system polymer supercritical fluid are accurately described.
More recently experimental data were presented which indicate that the S-layer that covers the outer membrane of C. crescentus is involved in protection against antimicrobial peptides present in the environment (de la Fuente-Núñez et al., 2012).
Where indicated, experimental data was analyzed by the Student's t-test for comparison of medians using Microsoft Excel (Redmond, WA).
Where indicated, experimental data were analyzed either by the Student's t-test for comparison of means, or by ANOVA using Excel (Microsoft, Redmond WA).
The results indicated the experimental data were well consistent with the predictions, and only an average relative error of 11.4% occurred in predicting the average surface roughness.
Analysis of variance indicated that experimental data was well explained by the quadratic model with high efficiency check values (R2 > 0.78) and the lack-of-fit tests were not significant.
