THEORETICAL DETERMINATION OF THE ISOTOPE SHIFT IN THE SPECTRA OF HELIUM AND THE POSITIVE LITHIUM ION (O TEORETICHESKOM OPREDELENII IZOTOPICHESKOGO SMESHCHENIYA V SPEKTRE GELIYA I POLOZHITELNOGO IONA LITIYA),
Abstract
The multiconfiguration approximation is used to determine the specific effect of mass on the energy of the ground configuration of the helium atom and the positive lithium ion, while the effect is determined in a single-configuration approximation for the configurations lsnp(n=2,...,6) on the basis of orbitals of the Fock self-consistent field. The energy values of the isotope shift contributed by the mass effect are given for the isotopes of the helium atom of masses 4 and 3 and compare them with experimental data. The shift of a number of spectral lines for the isotopes of the helium atom of masses 4 and 3 and the isotopes of the positive lithium ion of masses 7 and 6 is determined with a rejection of the approximation of the one-electron-state model. The results obtained are compared with the results determined in an approximation of the one-electron-state model based on analytic orbitals, and with experimental data in cases where such data are available. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Apr 01, 1966
- Accession Number
- AD0669200
Entities
People
- A. P. Yutsis
- A. S. Nakonechnyi
- Ya. I. Vizbaraite
Organizations
- American Meteorological Society