Such systematic data are scarce in the open literature, and are valuable for testing the performance of an equation of state/mixing rule in the near-critical region.
The results of this study are valuable for evaluating the performance of future stand-alone hybrid power system.
We show that by using the VGoS, we can get valuable conclusions for the performance of the system, the scenario, and the policy that gives the best trade-off between quality and capacity.
As well as being valuable for understanding the performance-enhancing effects of molecules, target predictions are important for in silico toxicology and early drug development.
We thank Birgitta Danielsson and Ann-Helen Thorén-Fischer for excellent technical assistance, Reine Wallenberg and Eric Carlemalm for valuable discussions regarding the performance and interpretation of TEM analyses, Nils Wierup for assistance with light microscopy and morphometry and Karin Berger for assisting with the oxygen consumption experiments in tissue.
We argue that the commercial knowledge gained by industry experience is potentially more valuable for entrepreneurial performance compared to the academic knowledge gained by additional research experience at a university.
These samples are particularly valuable for the purposes of benchmarking the performance of the Exon Array for two reasons: 1) they allow easy comparison of gene expression level measurements with other platforms that have already been tested, and 2) they allow detection of alternative splicing and isoform difference, since neural tissues are known to be particularly prone to alternative splicing.
We suggest that this approach would also be valuable for the evaluation of US performance on specific causes of death and conditions, facilitating the design of policies that impact health and social risk factors for the most burdened populations.
All the results are valuable for interconnect performance optimization, such as repeater insertion in deep submicron circuits.
Various realistic assumptions are incorporated into the problem, which make the study valuable for performance assessment of real cellular networks to identify potentials for performance improvements in practical receiver designs.
