TABLE 2.1. Values of the Thomson radius $b$ (in unites of sphere radius $a$) for which the minimum energy $E(N)$ is obtained. Individual self-polarization,
polarization, and Coulomb energy components and Gauss energies are included.

TABLE 3.1. Data for $E(N,1e)$, the Thomson radii, and $\Delta E(N)$.

TABLE 3.2. Names of the elements.

TABLE 4.1. Comparison of different capacitance models for dielectric and metallic spheres with limits of the Gauss model.

TABLE 5.1. Evaluated values of correction length, $d$ (units of Å).

TABLE 6.1. Nearest Coulomb interaction distances.

TABLE 6.2. Notes concerning transitional energy differences in regions which exhibit contrary even/odd symmetry properties. Square brackets denote comments on nuclear properties. (cf. Fig. 1-2)