These calculations are sufficiently fast that the relatively small overhead required to compute the projected potential slices, allocate data, etc., is actually a significant portion of the calculation, resulting in apparent scaling better than ({q_mathrm{{max}}}^2).
The result (not shown) is effectively unchanged from that depicted in Figs. 10(h) and 10(i), indicating that the FDM calculations were sufficiently accurate and the failure of the FAT, in this case, is not due to the numerical errors caused by too many cracks.
The available evidence suggests the calculations are sufficiently accurate for peak flows in both directions, but are they sufficiently accurate to calculate the smaller average over the entire cycle, i.e. the net flow?
Optimal information size is a sample size calculation to determine whether a trial is sufficiently powered to show a 25% reduction or increase in the risk of the outcome from the median of baseline risks for the included trials.
The data set of blood results from vaccine clinical trial programmes in healthy young adults at the Jenner Institute, Oxford, UK, is sufficiently large for calculation of the central 95% ranges for comparison with the institutional RIs.
Despite the strong mathematical simplicity and the extreme rapidness of the SZ model, the comparison between 0D and CFD 3D heat release calculations demonstrates that the SZ model is sufficiently accurate and reliable.
These power calculations suggest that the INAS OC study is sufficiently powered to show non-inferiority of DRSP/EE 24d compared to established OCs (including LNG-containing OCs).
DFT calculations show that the CF3 group is sufficiently bulky to induce considerable steric repulsive interactions in C5(CF3)2 pentagons even when the CF3 groups are not attached to adjacent cage C atoms.
This strongly suggests k > 3 × 10 pN·μm, which, by the calculations of Geyer et al. (2013), is sufficiently large to suggest that rocking does not play a significant role in the synchronization observed in the present experiments.
