Boltzmann constant strength parameter

Equation [21] represents the essence of the finite difference method.It shows that the electrostatic potential at each point is linearly related to the potentials at the neighboring points. In the finite difference method, the macro-molecule] s) and a region of the surrounding solvent are mapped onto a cubic lattice each lattice point represents a small region of either the molecule(s) or the solvent. At each point, values for the charge, the dielectric constant, and the ionic strength parameters are assigned for the Poisson-Boltzmann equation, and self-consistent potential values must be found by an iterative method. 

Bohr magneton f E) is a spectroscopic line shape function (often approximated as a Gaussian) Ai, Bq, and Co are the A, B, and C term parameters (the subscripts indicate their relation to the spectral moment of order n, see below) k is Boltzmann s constant and T is kelvin temperature. The dipole strength for the absorption band is given by Equation (2), where the parameter Dq is proportional to the intensity. Equation (1) shows that A terms... 

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