High-precision calculations of In I and Sn II atomic properties

Abstract

We use all-order relativistic many-body perturbation theory to study 5s^2 nl configurations of In I and Sn II. Energies, E1-amplitudes, and hyperfine constants are calculated using all-order method, which accounts for single and double excitations of the Dirac-Fock wave functions.

10 pages, accepted to PRA; v2: Introduction changed, references added

References in corpus (5)

• Parity non-conservation in thallium
• Excitation energies, hyperfine constants, E1, E2, M1 transition rates, and lifetimes of (6s2)nl states in Tl I and Pb II
• Excitation energies, oscillator strengths, and lifetimes of levels along the gold isoelectronic sequence
• Fourth-order perturbative extension of the singles-doubles coupled-cluster method
• Relativistic energy shifts in Ge II, Sn II and Pb II and search for cosmological variation of the fine structure constant

Cited by in corpus (15)

• Transition frequency shifts with fine structure constant variation for Fe II: Breit and core-valence correlation correction
• Extended and Revised Analysis of Singly Ionized Tin: Sn II
• Relativistic polarizabilities with the Lagrange-mesh method
• Transition Properties of Low Lying States in Atomic Indium
• Magneto-optical trap of a Group III atom
• Relativistic two-photon decay rates with the Lagrange-mesh method
• Thallium 7p lifetimes derived from experimental data and ab initio calculations of scalar polarizabilities
• Measurement of the scalar polarizability within the 5P1/2-6S1/2, 410 nm transition in atomic indium
• Search For A Permanent Electric Dipole Moment Using Atomic Indium
• Measurement of the scalar polarizability of the indium $6p_{1/2}$ state using two-step atomic-beam spectroscopy
• Relativistic coupled cluster calculations on hyperfine structures and electromagnetic transition amplitudes of In III
• Measurement of 7p${}_{1/2}$-state hyperfine structure and 7s${}_{1/2}$-7p${}_{1/2}$ transition isotope shift in ${}^{203}$Tl and ${}^{205}$Tl
• High-precision measurements and theoretical calculations of indium excited-state polarizabilities
• Zeeman slowing of a Group III atom
• Sub-Doppler cooling, state preparation, and optical trapping of a triel atom