Promising solvent mixtures are identified in both case studies.
In both case studies we use data from time series studies conducted in the 1990s.
The resilient attribute of ethnic economies has been displayed in both case studies here presented.
In both case studies, the findings could only be obtained through sustained long-term, 'slow' research.
Benzene, toluene, ethyl benzene and xylenes (BTEX) were the contaminants of concern in both case studies.
The results have demonstrated that CbLW-PLS achieved the best prediction performance of all in both case studies.
In both case studies remarkably better energy efficiency level could have been achieved with lower construction costs.
In both case studies, we worked with molecules from the databases which are very interesting and important for the life science community.
As shown in both case studies, hybridization performance results are the best and provide the best alternative to try to reach ETCS level 3 position and integrity requirements.
