Relativistic Quantum Defect Orbital (RQDO) calculations of transition probabilities for E2 and M1 forbidden transition in the potassium sequence have been performed. Intensities for the higher ions are reported, to our knowledge, for the first time, as they are potentially important for the study of the plasma in astrophysical objects and fusion devices
Aims. We calculate the plasma environment effects on the ionization potentials (IPs) and K-threshold...
Radiative transition probabilities have been calculated for the magnetic dipole (M1) and electric qu...
The energies and rates of Kα X-ray satellites due to 1s − 2p transitions in iodine and gold with one...
The analysis of forbidden lines, such as E2 and M1, in the atomic spectra emitted by certain ions i...
Theoretical line strengths and transition probabilities for electric quadrupole (E2) transitions be...
Abstract. Relativistic Quantum Defect Orbital (RQDO) calculations have been performed in the LS coup...
Abstract. The spectrum of the solar corona, plasma spectra, astrophysical objects and fusion devices...
We have performed atomic structure calculations of Be-like C, N, O and Ne ions using systematically ...
This work reports a collection of 35 transition probabilities of lines in the spectral region 450-5...
Relativistic calculations of electric dipole (E1) allowed transition for a number of ions in the ge...
The spectrum of the solar corona, plasma spectra, astrophysical objects and fusion devices exhibit f...
Context. Atomic data for K-shell transitions are essential for modeling the K absorption lines, whic...
We provide, for the first time to our knowledge, accurate theoretical data for the the transition en...
Motived by the recent measurement of transition lines for Ne-like Hf and W, we have reported atomic ...
Synopsis Theoretical transition energies and probabilities for He-, Li and Be-like Praseodymium ions...
Aims. We calculate the plasma environment effects on the ionization potentials (IPs) and K-threshold...
Radiative transition probabilities have been calculated for the magnetic dipole (M1) and electric qu...
The energies and rates of Kα X-ray satellites due to 1s − 2p transitions in iodine and gold with one...
The analysis of forbidden lines, such as E2 and M1, in the atomic spectra emitted by certain ions i...
Theoretical line strengths and transition probabilities for electric quadrupole (E2) transitions be...
Abstract. Relativistic Quantum Defect Orbital (RQDO) calculations have been performed in the LS coup...
Abstract. The spectrum of the solar corona, plasma spectra, astrophysical objects and fusion devices...
We have performed atomic structure calculations of Be-like C, N, O and Ne ions using systematically ...
This work reports a collection of 35 transition probabilities of lines in the spectral region 450-5...
Relativistic calculations of electric dipole (E1) allowed transition for a number of ions in the ge...
The spectrum of the solar corona, plasma spectra, astrophysical objects and fusion devices exhibit f...
Context. Atomic data for K-shell transitions are essential for modeling the K absorption lines, whic...
We provide, for the first time to our knowledge, accurate theoretical data for the the transition en...
Motived by the recent measurement of transition lines for Ne-like Hf and W, we have reported atomic ...
Synopsis Theoretical transition energies and probabilities for He-, Li and Be-like Praseodymium ions...
Aims. We calculate the plasma environment effects on the ionization potentials (IPs) and K-threshold...
Radiative transition probabilities have been calculated for the magnetic dipole (M1) and electric qu...
The energies and rates of Kα X-ray satellites due to 1s − 2p transitions in iodine and gold with one...
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