… Numerical integration techniques, while practical, are not accurate, and more importantly do
… the computations of surface area of a union of balls described above. Analytical alternatives …

… based on the accurate computation of the inaccessible volume … of SASA, atomic solvation
energies and their gradients … approaches for calculating the accessible surface area and …

… solvent accessible surface area and the solvent accessible … on the protein surfaces (or the
atoms on protein surfaces). The … calculation as discussed in our time complexity analysis in the …

… most critical parameter for getting accurate predictions. The … 1000 steps using the conjugate
gradient method, where the … Normal Modes Analysis or Quasiharmonic Analysis requires …

… Accurately and efficiently predicting macromolecules’ … determine the wavefunction for a
macromolecule like a protein, … equations for the whole macromolecule. Computational results …

… ratios f/f sph , a common analytical construct in the area of bio- and polymer-physics, where
f is the translational friction coefficient of the studied macromolecule/particle and f 0 or f sph …

… are densely packed with macromolecules and subdivided by … the concentration gradient
at the effective crowder surface is … to the exposed effective surface area of the reactants, as …

… Flory used statistical analysis to calculate the fraction of the … effective and accurate. They are
described in Chapter 4. Sec. … with the surface and S p is the surface area. Experimentally, it …

… They introduced a solvent concentration gradient and the … an estimation of how accurate
they are. This problem is caused not only by difficulties in experimental verification of their …

… surface compete for basic functional groups of the polymer. However, their research was
limited to small specific surface area … w , was calculated via image analysis from binarized TEM …