Using the relativistic Hartree-Fock method developed by Cowan, we calculated the electric dipole (E1) transition parameters such as the wavelengths, the weighted oscillator strengths, and the transition probabilities (or rates) for doubly ionized lutetium (Lu III, Z = 71). We compared the results with available calculations and experiments in literature. A discussion of these calculations for Lu III in this study has also been made in view of the relativistic Hartree-Fock method
Calculated radiative transition probabilities and oscillator strengths are reported for 392 lines of...
We calculated relativistic energies and Landéfactors for 5d6s², 5d²6s, 5d³, 5d6s7s, 4f6s6p, 5d6s6p, ...
We have reported the level energies and radiative transition (E1, E2 and M1) parameters, such as wav...
The aim of this study was to obtain a description of the neutral lutetium spectrum. We calculated th...
We report calculations of wavelengths, oscillator strengths, and transition probabilities (or rates)...
Transition energies of neutral lutetium (Lu I, Z = 71) belonging to the lanthanide series, including...
Wavelengths, weighted oscillator strengths and transition probabilities for electric dipole (El) tra...
We have calculated relativistic energies, Land, factors and lifetimes for 5d6s (2), 5d (2)6s, 6s (2)...
Using two independent theoretical methods based on the pseudo-relativistic Hartree–Fock (HFR) and th...
We have calculated the electric dipole transition parameters (wavelengths, weighted oscillator stren...
We have calculated relativistic energies and Land, factors for 5d6s (2), 5d (2)6s, 6s6p (2), 6s (2)7...
Using the relativistic Hartree-Fock (HFR) method developed by Cowan, we calculated the energy levels...
We have calculated the transition energies (ionization potential, excitation energies, electron affi...
The lifetimes for the levels of 5p6nf (n = 5–30), 5p6np (n = 6–30), 5p6nd (n = 5–30), 5p6ng (n = 5–3...
The lifetimes for the levels of 5p6nf (n = 5–30), 5p6np (n = 6–30), 5p6nd (n = 5–30), 5p6ng (n = 5–3...
Calculated radiative transition probabilities and oscillator strengths are reported for 392 lines of...
We calculated relativistic energies and Landéfactors for 5d6s², 5d²6s, 5d³, 5d6s7s, 4f6s6p, 5d6s6p, ...
We have reported the level energies and radiative transition (E1, E2 and M1) parameters, such as wav...
The aim of this study was to obtain a description of the neutral lutetium spectrum. We calculated th...
We report calculations of wavelengths, oscillator strengths, and transition probabilities (or rates)...
Transition energies of neutral lutetium (Lu I, Z = 71) belonging to the lanthanide series, including...
Wavelengths, weighted oscillator strengths and transition probabilities for electric dipole (El) tra...
We have calculated relativistic energies, Land, factors and lifetimes for 5d6s (2), 5d (2)6s, 6s (2)...
Using two independent theoretical methods based on the pseudo-relativistic Hartree–Fock (HFR) and th...
We have calculated the electric dipole transition parameters (wavelengths, weighted oscillator stren...
We have calculated relativistic energies and Land, factors for 5d6s (2), 5d (2)6s, 6s6p (2), 6s (2)7...
Using the relativistic Hartree-Fock (HFR) method developed by Cowan, we calculated the energy levels...
We have calculated the transition energies (ionization potential, excitation energies, electron affi...
The lifetimes for the levels of 5p6nf (n = 5–30), 5p6np (n = 6–30), 5p6nd (n = 5–30), 5p6ng (n = 5–3...
The lifetimes for the levels of 5p6nf (n = 5–30), 5p6np (n = 6–30), 5p6nd (n = 5–30), 5p6ng (n = 5–3...
Calculated radiative transition probabilities and oscillator strengths are reported for 392 lines of...
We calculated relativistic energies and Landéfactors for 5d6s², 5d²6s, 5d³, 5d6s7s, 4f6s6p, 5d6s6p, ...
We have reported the level energies and radiative transition (E1, E2 and M1) parameters, such as wav...