In other words, no combination of Btot and KD can be found that gives correct rise and decay times for both spines and dendrites in the model.
Unique properties related to energy storage and sub-nano scale response to external stimuli have been found that give rise to the capability for causing localized supercritical states leading to fluid boiling by visible light photons and other fundamental particles over eight orders of magnitude in the energy range (i.e., from the sub −eV to MeV range).
Several "dummy groups" have been found that give complete chemoselectivity in the transfer of the phenyl moiety, irrespective of the nucleophile.
Although very little is known in general about the function of nuwts, several nuwts or nuwt-related sequences have been found that give rise to genes that are expressed and possibly functional in their new environment.
It is found that the eigenfrequency shift pattern gives enough information to reconstruct the blockage dimensions.
It is found that given a polynomial system, this algorithm computes another polynomial system and a set of triplet.
It is found that, given a certain number of site-specific pile load tests, the effect of updating depends on the mean and the COV of the measured model bias factor.
It is found that, given the nanoparticle material and the base fluid, the ratio between the thermal conductivities of the nanofluid and the pure base liquid increases as the nanoparticle volume fraction and the temperature are increased, and the nanoparticle diameter is decreased.
In addition, it is found that given the typical GDL, there exists a large pressure drop between two adjacent channels in counter flow, one flowing in from the inlet and the other flowing out to the outlet, causing severe reactant bypass between the two flow paths of reverse direction.
Optimal dimensions of the mechanism are found that give the widest possible stop band.
