References of "Zeitschrift für Physik. D, Atoms, Molecules, and Clusters"
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See detailTheory of laser-induced dielectronic recombination: A case study in Helium
Schlagheck, Peter ULg; Lambropoulos, P.

in Zeitschrift für Physik. D, Atoms, Molecules, and Clusters (1997), 39(3), 173-180

We present the theoretical description of laser-induced dielectronic recombination in the density matrix formalism and show how the continuum components can be eliminated. The resulting equations are ... [more ▼]

We present the theoretical description of laser-induced dielectronic recombination in the density matrix formalism and show how the continuum components can be eliminated. The resulting equations are applied to the calculation of specific recombination processes in Helium from the point of view of resolving the involved autoionizing states in the recombination spectrum. We examine how the shape of the spectrum depends on the laser pulse duration in processes in which the autoionizing state to which the system recombines is coupled to a bound state. In addition, we consider processes in which the autoionizing state is coupled to another autoionizing state and discuss the possibility of resolving the resonance in the recombination spectrum. [less ▲]

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See detailTheory of laser-induced two-step electron-ion recombination
Schlagheck, Peter ULg; Maragakis, P.; Lambropoulos, P.

in Zeitschrift für Physik. D, Atoms, Molecules, and Clusters (1996), 37(1), 19-27

A theoretical framework for the quantitative interpretation of laser-induced electron-ion recombination is presented in terms of the density matrix taking into account stochastic bandwidth and pulse ... [more ▼]

A theoretical framework for the quantitative interpretation of laser-induced electron-ion recombination is presented in terms of the density matrix taking into account stochastic bandwidth and pulse duration of the laser. The theory deals with recombination induced from the continuum into one group of states by one laser and further stabilized into a lower group of states by a second laser. Rate equations are then derived from the complete density matrix, and the conditions for their validity are discussed. Both density matrix and rate equations are applied to the interpretation of a recent experiment with equally good agreement. [less ▲]

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See detailAutoionization in Diatomic Molecules: an example of Electrostatic Autoionization in CO.
Raseev, G.; Leyh, Bernard ULg; Lefebvre-Brion, H.

in Zeitschrift für Physik. D, Atoms, Molecules, and Clusters (1986), 2

A review is presented of the different types of autoionization which have been studied theoretically in diatomic molecules: electronic (or electrostatic), rotational, spin-orbit and vibrational ... [more ▼]

A review is presented of the different types of autoionization which have been studied theoretically in diatomic molecules: electronic (or electrostatic), rotational, spin-orbit and vibrational autoionizations. An example involving a large number of vibrational channels is treated. It concerns the electrostatic autoionization in the 730-708 Angstöm wavelength region which appears in the CO photoionization spectrum. The structure observed at 721 Angstrôm is explained by the enhancement in intensity of numerous levels of Rydberg series converging to excited levels of the A 2Pi state caused by two autoionized Rydberg levels with a B 2Sigma+ core. [less ▲]

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