Bethe logarithms accurate to 14 or 15 places to the right of the decimal are tabulated for all states of hydrogen up to n=20. Approximation methods for Rydberg states of two-electron atoms are discussed. © 1990 The American Physical Society
We investigate relativistic and quantum electrodynamic effects for highly-excited bound states in hy...
We have computed the Bethe logarithms for the 1 singlet S, 2 singlet S and 2triplet S states of the ...
Processes mediated by two virtual low-energy photons contribute quite significantly to the energy of...
We calculate the two-loop Bethe logarithm correction to atomic energy levels in hydrogenlike systems...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
Two-loop Bethe logarithms are calculated for excited P and D states in hydrogenlike systems, and est...
Two-loop Bethe logarithms are calculated for excited P and D states in hydrogenlike systems, and est...
Two-loop Bethe logarithms are calculated for excited P and D states in hydrogenlike systems, and est...
The Bethe logarithm for a large set of states of the helium atom is calculated with a precision of 1...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
The leading two terms in the 1/Z expansion of the two-electron Bethe logarithm are calculated by the...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...
We investigate relativistic and quantum electrodynamic effects for highlyexcited bound states in hyd...
A method for the calculation of logarithmic sums that yields very high accuracy even for small basis...
The leading terms in the 1/Z expansion of the two-electron Bethe logarithm are calculated for the st...
We investigate relativistic and quantum electrodynamic effects for highly-excited bound states in hy...
We have computed the Bethe logarithms for the 1 singlet S, 2 singlet S and 2triplet S states of the ...
Processes mediated by two virtual low-energy photons contribute quite significantly to the energy of...
We calculate the two-loop Bethe logarithm correction to atomic energy levels in hydrogenlike systems...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
Two-loop Bethe logarithms are calculated for excited P and D states in hydrogenlike systems, and est...
Two-loop Bethe logarithms are calculated for excited P and D states in hydrogenlike systems, and est...
Two-loop Bethe logarithms are calculated for excited P and D states in hydrogenlike systems, and est...
The Bethe logarithm for a large set of states of the helium atom is calculated with a precision of 1...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
The leading two terms in the 1/Z expansion of the two-electron Bethe logarithm are calculated by the...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...
We investigate relativistic and quantum electrodynamic effects for highlyexcited bound states in hyd...
A method for the calculation of logarithmic sums that yields very high accuracy even for small basis...
The leading terms in the 1/Z expansion of the two-electron Bethe logarithm are calculated for the st...
We investigate relativistic and quantum electrodynamic effects for highly-excited bound states in hy...
We have computed the Bethe logarithms for the 1 singlet S, 2 singlet S and 2triplet S states of the ...
Processes mediated by two virtual low-energy photons contribute quite significantly to the energy of...
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