The maximum clad surface temperature has been predicted in different cases by using the thermal hydraulic safety code RELAP5/Mod4.0.
The chatter stability is solved in modal coordinate system, and the forced vibration marks left on the finish surface are predicted in discrete time domain.
The hPSC adhesion was predicted in the same way using analysis of the polymer surface revealing very different controlling surface moieties.
According to this definition of the parameters, sharp corners are predicted in the Wulff shape, i.e., the surface-energy anisotropy is "strong" [38, 42, 46].
The progressive surface subsidence owing to the mining sequence can be predicted in terms of monthly sequences.
The textile surfaces investigated are highly irregular and their electrowetting behavior was predicted, in first approximation by Cassie Baxter equation.
Most of the residues, which were found to have a decrease in cell surface expression, are predicted to be located across TM6, ECL3 and TM7 with their side-chains facing outwards toward the lipid environment (Fig. 7), although some intra-helical packing effects cannot be ruled as Glu357 is predicted in the inactive model to associate with TM5.
"It's been predicted for several decades and we do seem to be seeing a persistent reduction in the surface area and the volume of northern hemisphere Arctic sea ice.
Of the rank 2 β3/β1) residues (i.e., those amino acids that are fully conserved in β1 and β3, but different between the two isoforms), only one, corresponding to M25 in β3, is predicted to be surface localized.
Interestingly, both sites are predicted to lie in surface-exposed loops on the same side of the β-propeller, implicating a common binding interface.
