In short, for every pair of atoms in the macromolecule, we assess the possibility of placing a sphere midpoint between them with the largest possible radius within a user-defined range that does not overlap with the van der Walls surface of any atom.
Since both interior and exterior radii increase, the lowest possible radius at the internal surface was R i(t = 30 mons) = R i t0).
In the following, we report results using the inhomogenous K-function with the optimized parameter (radius range = 35%).
The collimator/detector heads are moved in as close as possible to the phantom, with a radius range of 24 cm right and left lateral, 20 cm anterior, and 22 cm posterior.
The transmission radius ranges from 20 to 60 m.
The possible outcomes range from extremely good to existential catastrophe.
The initial droplet radius ranges from 10too 200 μm.
The base curve radius ranged from 8.00 to 8.90 mm and was calculated to be 0.7 mm flatter than the average keratometric radius.
The best correlation to the primary screen was 0.55 using a radius range of 35%.
In PERI DOTS trials, the cumulative perimeter of the dots remained constant (p = 60 cm), thus, the radius and summed area across all dots increased with number (radius range: 1.19 cm – 0.32 cm; area range: 9.6 cm – 35.92 cm).
