Non-Markovian study of the relativistic magnetic-dipole spontaneous emission process of hydrogen-like atoms
- Cao, CQ
- Fu, XW
- Cao, H
DOIAbstract
A relativistic and non-Markovian study is carried out on the magnetic-dipole emission of a hydrogen-like atom of large atomic number Z without perturbation approximation. The correlation spectra are derived analytically and the corresponding correlation functions are calculated numerically. The Markovian approximation is seen to be satisfied with more accuracy as compared with the case of electric-dipole emission while the relativistic corrections are quite larger. In transition 2S(1/2) to 1S(1/2), the relativistic values even become several times of the non-relativistic values. As a comparison with the magnetic-dipole emission, the electric-quadrupole emission in the case of the 2D(3/2) to 1S(1/2) transition is also studied.http://gateway....
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