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The mean cluster diameter is 2.9 nm.
Nevertheless, the dependence of many cellular processes on the cluster diameter remains unclear.
Thus cluster diameter correlation has direct impact on the calculated drag and the hydrodynamics predictions.
An abrupt change in the optical properties is observed once the cluster diameter is 5.4 nm.
Therefore in this study, the effect of cluster diameter correlations on the drag coefficient and simulation predictions is evaluated.
Right: Average cluster diameter growth curves calculated from experiments with primary goldfish keratocytes (PFK) or human keratocytes (HaCaT).
Similar(22)
Integrated magnitudes (measurements of the total brightness of the cluster), cluster diameters, and the mean magnitude of the 25 brightest stars made possible the first distance determinations on the basis of the assumption that the apparent differences were due entirely to distance.
The distribution of the hydrodynamic diameters d h or cluster diameters d c is assumed to be a lognormal one.
The distributions of pressure drops, particles concentrations and both gas and solids velocities, and cluster diameters were predicted.
Experimentally, Cs atom nucleation at defect sites seems to culminate at Cs cluster heights near 1 nm and cluster diameters near 5 nm.
Assuming a spherical shape of the ZnTe clusters, a bandgap widening of 15 meV corresponds to cluster diameters of 13 nm.
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