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Hartree fields (modified to take account of exchange between 2p electrons) have been obtained for F, F^-, Ne. The energy parameters of the 1s, 2s and 2p electrons are found to be 53. 08, 2. 40 and 1. 09 for F; 52. 38, 1. 50 and 0. 14 for F^-; and 65. 68, 2. 75, and 1. 51 for Ne. The use of the fields for F and F^- enable one to test the wave equation of the "hole" given by Heisenberg and Dirac. This equation is found to be equivalent to the Hartree equation for the corresponding electron and to give the wrong sign for the electron affinity of F. The 1s, 2s and 2p functions have been represented by analytic expressions of the Slater type.
F. W. Brown (Tue,) studied this question.