It is perhaps well known that the availability of damage data through destructive means cannot generally be afforded in the case of high value engineering structures outside laboratory conditions.
This propensity to switch to a desktop is even higher in the case of high value items and can be attributed to security and privacy concerns while operating mobile devices.
These results were impacted by the Cobb angle values, and in cases of higher values, a higher external agreement of the assessments was observed.
In the case of higher values of delta wing height and jet-to-crossflow pressure ratio, higher penetration and more losses of stagnation pressure are shown.
In the case of high-value engineering structures like aircraft, it is simply not possible to generate the training data associated with damage by experiment.
This shows that the present loading performance suffices in the case of high-value products, such as pharmaceuticals, but not for larger-volume, low-cost chemicals; at least under best-performance assumptions such as the avoidance of mass-transfer limitations.
In the case of high-value industries, that could amount to hefty losses.
In some cases, packages are left on doorsteps where they could be stolen, or other times, they're held until someone can sign, such in the case of high-value electronics or wine.
If the PI values after acoustical stimulation (PIR) are lower compared to the basic values of this index before stimulation (PIB), there is an increase in blood flow of fetal middle cerebral, while in the case of higher values of PIR compared to basic ones (PIB) signify reduction in blood flow in examined middle cerebral artery [ 1].
However, in this paper we consider the case of a high value of the Fermi energy, which is equivalent for conventional semiconductors to a n-type doping.
