The methodology allows for a reliable and relatively quick determination of optimal process structures for seawater reverse osmosis (SWRO) desalination systems, as well as for the analysis of trends across different design classes [1] for a given economic objective and typical design constraints.
Whilst stimulating much thought, this well-written study by experts in the field, with its standardized design and methodology, allows a good scientific analysis of findings and suggests the advantages of a relatively new imaging variation.
The principal limitation of this work is the exclusion of some cases for missing data, but the methodology allows for assessment of the influence of BPT upon outcome independently of other predictors in a relatively large cohort comparable in size to studies in recent literature.
Moreover, this methodology allows one to test model adjustments for phenomena that were not considered in the physical model, in a relatively easy way.
This methodology allows for qualitative image assessment.
This methodology allows the digital world to become a tangible object integrated into our physical environment rather than just a virtual overlay.
This genomic minor H antigen typing methodology allows easy incorporation in the routine HLA typing procedures.
The mixed model methodology allows the study of variance components and fixed effects simultaneously.
This digital methodology allows for a direct analysis of mRNA copy numbers without amplification steps [22].
Rather this methodology allows us to study the individual.
