Abstract
Fundamental properties of the vibrational potential function in the effective nuclear charge (ENC) model previously proposed are investigated in detail on the basis of the quantum mechanical energy formula derived by Wilson. Firstly, our model potential assumed in the ENC model is derived formally from the Wilson’s energy formula. Secondly, the R-independent (R: internuclear distance) term W0 in the model potential is analyzed and its analytic forms are presented. Thirdly, the property of the N(r;R) term, arising from the delocalized electrons, in the model potential are discussed semiquantitatively.
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