The results of this study help in better understanding the effectiveness and limitations of the approximate combination rules used in current practice.
The results of this study will help in better understanding the complex flow physics involved in the combination of Non-Newtonian and Newtonian fluid displacements.
This paper also demonstrates the CFD methodology used, which can help in better understanding the design of future atomizers for nasal spray use.
A direct observation of the phaenomena taking place inside the cylinder can hence help in better understanding the effects obtainable by using different solutions (injection systems, ignition systems,…).
The gathered results shown that applied experimental design approach is capable to predict material behavior and could help in better understanding of material behavior during jet-milling process.
The proposed model will help in better prediction of ship dynamics as far as inaccuracies due to ART modelling are concerned.
The measurement of external mass transfer rates in MBBR will help in better design and evaluation of MBBR system-based technologies.
We believe that the true knowledge of host guest interaction mechanisms concerning model membrane with entrapped fluorophore can help in better understanding of molecular recognition in related phospholipid membrane models.
The study should help in better understanding of the humidity effect on molecular level and in avoiding the underestimation of adhesion forces in micro- and nano-engineering in ambient conditions.
While there is extensive toxicity data that could help in better understanding and highlighting the gaps in toxicity studies, the data are often scattered around the information sources and saddled with incompatible data types and formats.
Our results would help in better understanding the NCF1 gene function in the process against pathogen infection, and the effect of splicing-related SNP on the production of aberrant splice variant and careful functional characterization in dairy cattle.
