The bi-phase diagram of these films has been predicted theoretically and the predictions were verified experimentally by growing multiple Mg/Nb thin films that were characterized through high resolution transmission electron micrograph (HRTEM) and X-ray diffraction (XRD) measurement.
Optimal conditions and yields for FAMEs and FAEEs were predicted with the models, and model predictions were verified by additional independent experiments conducted under predicted optimal conditions.
The model predictions were verified by comparing the predicted results with the experimental data of [Shewale and Pandit, 2006. Studies in multiple impeller agitated gas liquid contactors. Chemical Engineering Science 61, 489 504].
DryLab® was used to predict an optimized gradient profile and separation temperature and these predictions were verified experimentally.
Both predictions were verified by examination under a microscope of the chromosomes of exceptional females and males.
The predictions were verified with full-scale test results.
Model predictions were verified by comparison with the experimental data.
The model predictions were verified by comparing them with the published experimental data.
