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Coulomb potential magnetic charges

Table 4.1. Standard potential parameters for non-magnetic chromium at S = 2.684 a.u., from [4.1]. Here Ev is relative to the Coulomb potential at S. This is a natural choice since for a monoatomic material in the ASA the spheres are neutral and their charge density is spherically symmetric. Relative to this energy zero, v(S) = -0.8181 Ry... [Pg.49]

To include contributions to the total nuclear charge form factor due to the electric form factor of the neutron and the magnetic contributions from nucleons in unfilled n, I, j = I subshells [Be72b], Pch,p(9 ) i replaced with the empirical nuclear charge form factor, Pc iq ), where 1- Using this substitution and eqs. (3.51) and (3.55), the momentum space Coulomb potential becomes... [Pg.257]

Atoms are observed to have magnetic moments. To understand how an electron circulating about a nuclear core can give rise to a magnetic moment, we may apply classical theory. We consider an electron of mass me and charge —e bound to a fixed nucleus of charge Ze by a central coulombic force F(r) with potential V(r)... [Pg.151]


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See also in sourсe #XX -- [ Pg.245 , Pg.246 , Pg.247 , Pg.248 ]




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Coulomb potential

Coulombic potential

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