Introduction to the Theory of Laser-Atom Interactions

Mittleman, Marvin H.

doi:10.1007/978-1-4899-2436-0

Cited by 148 publications

(84 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…¬ÂÍ ÏÞ ÖÉÇ ÑÕÏÇÚÂÎË, Ä ÑÓËÅËÐÂÎßÐÑÌ ÓÂÃÑÕÇ ¬ÇÎ-AEÞÛÂ [16] ËÔÒÑÎßÊÑÄÂÎÑÔß ÄÑÊÏÖÜÇÐËÇ Ä "×ÑÓÏÇ AEÎËÐÞ" (11) ÄÏÇÔÕÑ (9) ÐÂ ÑÔÐÑÄÇ ÐÇÓÇÎâÕËÄËÔÕÔÍÑÅÑ AEËÒÑÎßÐÑÅÑ ÒÓËÃÎËÉÇÐËâ.´ÑÅAEÂ Ä ÔÎÖÚÂÇ ÔÄÇÓØÔËÎßÐÑÅÑ ÒÑÎâ ÄÇÓÑâÕ-ÐÑÔÕß ËÑÐËÊÂÙËË Ä ÇAEËÐËÙÖ ÄÓÇÏÇÐË ÏÑÐÑÕÑÐÐÑ ÓÂÔÕÇÕ Ô ÓÑÔÕÑÏ F, ÐÇ ÑÃÐÂÓÖÉËÄÂâ à××ÇÍÕÂ ÔÕÂÃËÎËÊÂÙËË [14].°AE ÐÂÍÑ ÔÎÇAEÖÇÕ ÒÑAEÚÇÓÍÐÖÕß, ÚÕÑ ËÏÇÐÐÑ ÄÞÓÂÉÇÐËÇ (9) ÒÑÎÖÚÂÇÕÔâ Ä ÐÇÓÇÎâÕËÄËÔÕÔÍÑÏ ÒÓÇAEÇÎÇ ËÊ ÍÂÎËÃÓÑ-ÄÑÚÐÑ-ËÐÄÂÓËÂÐÕÐÞØ ÄÞÓÂÉÇÐËÌ AEÎâ S-ÏÂÕÓËÙÞ Ä ÑÃÜÇÏ ÓÇÎâÕËÄËÔÕÔÍÑÏ ÔÎÖÚÂÇ [9]. ·ÑÕâ Ä ÒÇÓÄÑÏ ÒÑÓâAEÍÇ ÕÇÑÓËË ÄÑÊÏÖÜÇÐËÌ ÓÇÊÖÎßÕÂÕÞ ÔÑÄÒÂAEÂáÕ, ÐÂÚËÐÂâ ÔÑ ÄÕÑÓÑÅÑ ÒÑÓâAEÍÂ ÑÐË ÓÂÊÎËÚÂáÕÔâ.…”

Section: ±óëãîëéçðëç ¬çîAeþûâë ¶âìôâîâë²ëôâunclassified

Atomic stabilisation in a laser field

Delone¹,

Крайнов²

1995

Usp. Fiz. Nauk

View full text Add to dashboard Cite

Section: ±óëãîëéçðëç ¬çîAeþûâë ¶âìôâîâë²ëôâunclassified

Atomic stabilisation in a laser field

Delone¹,

Крайнов²

1995

Usp. Fiz. Nauk

View full text Add to dashboard Cite

“…On the other hand, a detailed knowledge of various aspects of laser-assisted electronic collisions is of considerable importance for a number of applications such as plasma heating and for semiconductor physics where the electron-electron collision rate (and hence the transport properties of the system) can be steered by applying an external laser field. A general overview on the field of laser-assisted atomic collisions is provided by the book of Mittleman [1] and some recent reviews [2][3][4], whereas the laser-driven electron and hole dynamics in semiconductors is treated in the book by Haug and Jauho [5]. With the recent development in laser technology combined with the impressive advances in multi-particle detection techniques it is conceivable that the experimental realization of the laser-assisted electron-atom ionizing collision will be accomplished in the near future [6,7].…”

Section: Introductionmentioning

confidence: 99%

Laser-assisted (e, 2e) reaction in one-electron atoms and ions

Berakdar

Zhang

et al. 2005

J. Phys. B: At. Mol. Opt. Phys.

View full text Add to dashboard Cite

We study the ionization of a hydrogenic target by the impact of moderate energy electrons and in the presence of a laser field. This process, generally referred to as the laser-assisted (e, 2e), is treated non-relativistically as follows: we evaluate the S-matrix elements using Volkov and Coulomb-Volkov wavefunctions for describing respectively the continuum states of the scattered and the ejected electrons. The dressed state of the target is described by a time-dependent wavefunction derived from a perturbation treatment (of the laser field). With the aid of numerical results we explore the dependences of the fully differential cross sections on the laser field properties such as the strength, the frequency and the polarization direction, as well as on the continuum electron energies and their emission angles. Furthermore, we assess the interplay between the laser influence and the role of scattering from the residual ion by comparing the cross sections from (one-electron) ionic targets and varying the charge state of the residual ion.

show abstract

“…Such a study is useful in the analysis of electron-atom collisions (Mittleman 1982) for a quantitative modelling of low and high temperature plasmas (Massey et al 1984). The study of collision processes in the presence of a laser field has attracted considerable attention during the last few years.…”

Section: Introductionmentioning

confidence: 99%

Laser Assisted Electron - Alkali Atom Collisions

Prasad¹,

Sharma²,

Mohan³

1996

Aust. J. Phys.

View full text Add to dashboard Cite

Lasar assisted inelastic scattering of electrons by alkali atoms is studied theoretically. The non-perturbative quasi-energy method, which is generalised for many atomic states, is used to describe the laser-atom interaction, and the electron-atom interaction is treated within the first Born approximation. We have calculated the total cross section for the excitation of sodium atoms due to simultaneous electron-photon collisions. We show the effect of laser and collision parameters, e.g. laser intensity, polarisation and incident electron energy, on the excitation process.

show abstract

Introduction to the Theory of Laser-Atom Interactions

Cited by 148 publications

References 0 publications

Atomic stabilisation in a laser field

Atomic stabilisation in a laser field

Laser-assisted (e, 2e) reaction in one-electron atoms and ions

Laser Assisted Electron - Alkali Atom Collisions

Contact Info

Product

Resources

About