Effective pore size and radius of capture for K+ ions in K channels

In this paper, we investigate the statistical rela- tionship between the observed size (stellar half-light or half-mass radius) of galaxies and the inferred size (virial radius)

Concentration-response curves to the K Ca and K ATP channels openers NS1619 and pinacidi in NA-precontracted aortic segments from control (C) and orchidectomized (ORX) rats fed with

The pore size distribution evaluated using the DFT method confirms the micro-mesoporous texture of the pristine carbon (Fig. The average micropore size is calculated as

Nevertheless, irrespective of the influence of size and surface charge in the specific uptake of particles by dendritic cells, it seems clear that the most

E1 is always equal to zero when K=1, since the proposed model is exact. In the region of FM i <2 for K>1, as one can see in figure 3, E1 moderately increases as FM i

Small differ- ences between the mean pore size measured by both methods are expected since in the bubble point method the mean pore diameter corresponds to a flow of a value of half

(a) Evolution of the expected value of the fraction of effective players, exp(S)/N, as a function of rescaled time Kαt, where K is the number of players for each round.. Notice that,

This latter objective function is usually used in the field of structural optimisation, although it is interesting to keep others in mind such as the strain energy, because of