Topics
photoionizationElection
We present a compact, uniform and complete set of analytic fits to the partial Hartree-Dirac-Slater photoionization cross sections for the ground state shells of all atoms and ions of elements from H to Zn (Z less-than-or-equal-to 30). Comparison with experiment and theory demonstrates generally high accuracy of the fits up to energies of 100 keV.</p
The relative photoionization cross section for starting from a particular fine-structure level of th...
Nous présentons des résultats concernant les calculations des sections, en utilisant un modèle mon...
A theoretical method involving the plane‐wave approximation and the use of semiempirical LCAO‐SCF‐MO...
We present a compact, uniform and complete set of analytic fits to the partial Hartree-Dirac-Slater ...
We present a complete set of analytic fits to the nonrelativistic photoionization cross sections for...
We present a complete set of analytic fits to the non-relativistic photoionization cross sections fo...
Photoionization cross sections are among those fundamental quantities of nature which provide direct...
AbstractThe so-called elementary theory of the atomic photoeffect is presented in a form that is sui...
A method is outlined for the calculation of photoionization cross sections representing the initial ...
We propose an effective procedure to fit triple differential cross sections of atomic double photoi...
A complete theoretical study of the orientation and alignment parameters 10 and is provided for the...
A methodology is developed combining many-body-perturbation theory and close coupling of final-state...
We use Hartree-Slater self-consistent-field wave functions to compute photoionization and photorecom...
International audiencePhotoionization cross sections of halogen-like Kr+ and Xe+ ions have been meas...
The convergent close-coupling method for atomic photoionization is modified by treating the singular...
The relative photoionization cross section for starting from a particular fine-structure level of th...
Nous présentons des résultats concernant les calculations des sections, en utilisant un modèle mon...
A theoretical method involving the plane‐wave approximation and the use of semiempirical LCAO‐SCF‐MO...
We present a compact, uniform and complete set of analytic fits to the partial Hartree-Dirac-Slater ...
We present a complete set of analytic fits to the nonrelativistic photoionization cross sections for...
We present a complete set of analytic fits to the non-relativistic photoionization cross sections fo...
Photoionization cross sections are among those fundamental quantities of nature which provide direct...
AbstractThe so-called elementary theory of the atomic photoeffect is presented in a form that is sui...
A method is outlined for the calculation of photoionization cross sections representing the initial ...
We propose an effective procedure to fit triple differential cross sections of atomic double photoi...
A complete theoretical study of the orientation and alignment parameters 10 and is provided for the...
A methodology is developed combining many-body-perturbation theory and close coupling of final-state...
We use Hartree-Slater self-consistent-field wave functions to compute photoionization and photorecom...
International audiencePhotoionization cross sections of halogen-like Kr+ and Xe+ ions have been meas...
The convergent close-coupling method for atomic photoionization is modified by treating the singular...
The relative photoionization cross section for starting from a particular fine-structure level of th...
Nous présentons des résultats concernant les calculations des sections, en utilisant un modèle mon...
A theoretical method involving the plane‐wave approximation and the use of semiempirical LCAO‐SCF‐MO...
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