Ab Initio Energy Levels, Oscillator Strengths, and Landé g-Values for J = 0, 1 States of Zr III and Nb IV

Oscillator strengths, Landé g values, and hyperfine structure for 3d \u3c sup\u3e 4 \u3c/sup\u3e J=0→3d \u3c sup\u3e 3 \u3c/sup\u3e 4p J=1 transitions in Fe V

O\u27Malley, Steven M.
Beck, Donald R.
Oros, David P.

December 2001

Relativistic configuration-interaction (RCI) calculations with ∼15 000 vectors have been done for f ...

Improved and ions: RCI techniques for treating 4f \u3c sup\u3e n \u3c/sup\u3e atoms Application to Gd IV energies

Beck, Donald R.
Domeier, Eric

January 2009

Relativistic configuration interaction results for energy levels and Landé g-values of Gd IV 4f7 J =...

Theoretical lifetimes of Nb ii z 4d3 5 G3o5 and 3D3o levels

Beck, Donald R.
Datta, Debasis

January 1995

Using relativistic configuration-interaction wave functions, we have obtained length and velocity f ...

Ab initio energy levels, oscillator strengths, and Landé g-values for J=0, 1 states of Zr III and Nb IV

Beck, Donald R.
Pan, Lin

February 2004

Relativistic Configuration Interaction calculations are reported for Zr III and Nb IV J = 0 → J = 1 ...

Mo V J = 0, 1 energy levels, oscillator strengths and landé g-values

Pan, Lin
Beck, Donald R.

January 2004

Relativistic Configuration Interaction results are obtained for the lowest 9 J = 0 even parity and t...

Oscillator strengths for K II 3p \u3c sup\u3e 6 \u3c/sup\u3e to 3p \u3c sup\u3e 5 \u3c/sup\u3e (4s + 3d) J = 1 transitions

Beck, Donald R.

October 2002

The bottom three J = 1 K II levels are nearly degenerate, leading to strong interactions among them,...

Ab Initio RCI Calculations of Atomic Properties of Selected Transition Metal Ions

Pan, Lin

January 2008

In this dissertation, the relativistic configuration interaction (RCI) method has been applied to so...

Theoretical studies of energy levels and transition data for Zr III

P. Rynkun
G. Gaigalas
P. Jönsson

May 2020

Aims. We seek to present accurate and extensive transition data for the Zr III ion. These data are u...

Mo VI J=3/2, 5/2 energy levels, oscillator strengths and Landé g-values

Pan, Lin
Beck, D. R.

June 2006

Relativistic configuration interaction calculations have been performed for Mo VI 4p5 4d2 J=5/2 and ...

Ab initio electric dipole f values for Fe II (3d + 4s) \u3c sup\u3e 7 \u3c/sup\u3e J ≤ 9/2 → (3d + 4s) \u3c sup\u3e 6 \u3c/sup\u3e 4p J ≤ 11/2 transitions

Beck, Donald R.

February 2007

Relativistic configuration interaction f values have been obtained for all transitions between the e...

Multireference relativistic configuration-interaction calculations for (d+s)n transition-metal atomic states: Application to Zr ii hyperfine structure

Beck, Donald R.
Datta, Debasis

January 1993

Our relativistic configuration-interaction (RCI) methodology has been extended to multireference cas...

Calculations with spectroscopic accuracy for energies, transition rates, hyperfine interaction constants, and Landé gJ-factors in nitrogen-like Kr XXX

Wang, Kai
Li, Shuang
Long, FeiYun
Jönsson, Per
Chen, ChongYang
Yan, Jun
Dang, Wei
Xiao, HuiZhao
Yang, Xu
Chen, ZhanBin
Si, Ran
Guo, XueLing

January 2017

Extensive self-consistent multi-configuration Dirac-Fock(MCDF) calculations and second-order many- b...

CALCULATIONS WITH SPECTROSCOPIC ACCURACY : ENERGIES AND TRANSITION RATES IN THE NITROGEN ISOELECTRONIC SEQUENCE FROM Ar XII TO Zn XXIV

Wang, Kai
Si, Ran
Dang, Wei
Guo, Xue Ling
Li, Shuang
Chen, Zhan Bin
Zhang, Hong
Long, Fei Yun
Liu, Hai Tao
Hutton, Roger
Chen, Chong Yang
Jönsson, Per

January 2016

Combined relativistic configuration interaction and many-body perturbation calculations are performe...

On the interpretation of the energy levels of the 4f 3 ground configuration of the free Nd3+ ion

Leushin A.
Irinyakov E.

February 2020

The positions of the energy levels of the 4f 3 ground configuration of the free Nd3+ ion is interpre...

CALCULATIONS WITH SPECTROSCOPIC ACCURACY: ENERGIES AND TRANSITION RATES IN THE NITROGEN ISOELECTRONIC SEQUENCE FROM Ar XII TO Zn XXIV

Wang, K.
Si, R.
Dang, W.
Jonsson, P.
Guo, X. L.
Li, S.
Chen, Z. B.
Zhang, H.
Long, F. Y.
Liu, H. T.
Li, D. F.
Hutton, R.
Chen, C. Y.
Yan, J.

January 2016

Combined relativistic configuration interaction and many-body perturbation calculations are performe...

Oscillator strengths, Landé g values, and hyperfine structure for 3d \u3c sup\u3e 4 \u3c/sup\u3e J=0→3d \u3c sup\u3e 3 \u3c/sup\u3e 4p J=1 transitions in Fe V

O\u27Malley, Steven M.
Beck, Donald R.
Oros, David P.

December 2001

Relativistic configuration-interaction (RCI) calculations with ∼15 000 vectors have been done for f ...

Improved and ions: RCI techniques for treating 4f \u3c sup\u3e n \u3c/sup\u3e atoms Application to Gd IV energies

Beck, Donald R.
Domeier, Eric

January 2009

Relativistic configuration interaction results for energy levels and Landé g-values of Gd IV 4f7 J =...

Theoretical lifetimes of Nb ii z 4d3 5 G3o5 and 3D3o levels

Beck, Donald R.
Datta, Debasis

January 1995

Using relativistic configuration-interaction wave functions, we have obtained length and velocity f ...

Ab initio energy levels, oscillator strengths, and Landé g-values for J=0, 1 states of Zr III and Nb IV

Beck, Donald R.
Pan, Lin

February 2004

Relativistic Configuration Interaction calculations are reported for Zr III and Nb IV J = 0 → J = 1 ...

Mo V J = 0, 1 energy levels, oscillator strengths and landé g-values

Pan, Lin
Beck, Donald R.

January 2004

Relativistic Configuration Interaction results are obtained for the lowest 9 J = 0 even parity and t...

Oscillator strengths for K II 3p \u3c sup\u3e 6 \u3c/sup\u3e to 3p \u3c sup\u3e 5 \u3c/sup\u3e (4s + 3d) J = 1 transitions

Beck, Donald R.

October 2002

The bottom three J = 1 K II levels are nearly degenerate, leading to strong interactions among them,...

Ab Initio RCI Calculations of Atomic Properties of Selected Transition Metal Ions

Pan, Lin

January 2008

In this dissertation, the relativistic configuration interaction (RCI) method has been applied to so...

Theoretical studies of energy levels and transition data for Zr III

P. Rynkun
G. Gaigalas
P. Jönsson

May 2020

Aims. We seek to present accurate and extensive transition data for the Zr III ion. These data are u...

Mo VI J=3/2, 5/2 energy levels, oscillator strengths and Landé g-values

Pan, Lin
Beck, D. R.

June 2006

Relativistic configuration interaction calculations have been performed for Mo VI 4p5 4d2 J=5/2 and ...

Ab initio electric dipole f values for Fe II (3d + 4s) \u3c sup\u3e 7 \u3c/sup\u3e J ≤ 9/2 → (3d + 4s) \u3c sup\u3e 6 \u3c/sup\u3e 4p J ≤ 11/2 transitions

Beck, Donald R.

February 2007

Relativistic configuration interaction f values have been obtained for all transitions between the e...

Multireference relativistic configuration-interaction calculations for (d+s)n transition-metal atomic states: Application to Zr ii hyperfine structure

Beck, Donald R.
Datta, Debasis

January 1993

Our relativistic configuration-interaction (RCI) methodology has been extended to multireference cas...

Calculations with spectroscopic accuracy for energies, transition rates, hyperfine interaction constants, and Landé gJ-factors in nitrogen-like Kr XXX

Wang, Kai
Li, Shuang
Long, FeiYun
Jönsson, Per
Chen, ChongYang
Yan, Jun
Dang, Wei
Xiao, HuiZhao
Yang, Xu
Chen, ZhanBin
Si, Ran
Guo, XueLing

January 2017

Extensive self-consistent multi-configuration Dirac-Fock(MCDF) calculations and second-order many- b...

CALCULATIONS WITH SPECTROSCOPIC ACCURACY : ENERGIES AND TRANSITION RATES IN THE NITROGEN ISOELECTRONIC SEQUENCE FROM Ar XII TO Zn XXIV

Wang, Kai
Si, Ran
Dang, Wei
Guo, Xue Ling
Li, Shuang
Chen, Zhan Bin
Zhang, Hong
Long, Fei Yun
Liu, Hai Tao
Hutton, Roger
Chen, Chong Yang
Jönsson, Per

January 2016

Combined relativistic configuration interaction and many-body perturbation calculations are performe...

On the interpretation of the energy levels of the 4f 3 ground configuration of the free Nd3+ ion

Leushin A.
Irinyakov E.

February 2020

The positions of the energy levels of the 4f 3 ground configuration of the free Nd3+ ion is interpre...

CALCULATIONS WITH SPECTROSCOPIC ACCURACY: ENERGIES AND TRANSITION RATES IN THE NITROGEN ISOELECTRONIC SEQUENCE FROM Ar XII TO Zn XXIV

Wang, K.
Si, R.
Dang, W.
Jonsson, P.
Guo, X. L.
Li, S.
Chen, Z. B.
Zhang, H.
Long, F. Y.
Liu, H. T.
Li, D. F.
Hutton, R.
Chen, C. Y.
Yan, J.

January 2016

Combined relativistic configuration interaction and many-body perturbation calculations are performe...

Oscillator strengths, Landé g values, and hyperfine structure for 3d \u3c sup\u3e 4 \u3c/sup\u3e J=0→3d \u3c sup\u3e 3 \u3c/sup\u3e 4p J=1 transitions in Fe V

O\u27Malley, Steven M.
Beck, Donald R.
Oros, David P.

December 2001

Relativistic configuration-interaction (RCI) calculations with ∼15 000 vectors have been done for f ...

Improved and ions: RCI techniques for treating 4f \u3c sup\u3e n \u3c/sup\u3e atoms Application to Gd IV energies

Beck, Donald R.
Domeier, Eric

January 2009

Relativistic configuration interaction results for energy levels and Landé g-values of Gd IV 4f7 J =...

Theoretical lifetimes of Nb ii z 4d3 5 G3o5 and 3D3o levels

Beck, Donald R.
Datta, Debasis

January 1995

Using relativistic configuration-interaction wave functions, we have obtained length and velocity f ...

Ab Initio Energy Levels, Oscillator Strengths, and Landé g-Values for J = 0, 1 States of Zr III and Nb IV

Abstract

Extracted data

Ab Initio Energy Levels, Oscillator Strengths, and Landé g-Values for J = 0, 1 States of Zr III and Nb IV

Abstract

Extracted data

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