Resonant Spontaneous Bremsstrahlung of an Electron in the Field of the Nucleus and Two Light Waves

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Abstract:

The resonant spontaneous bremsstrahlung when intermediate electron goes out on a mass surface at scattering an electron on a nucleus in the field of two light waves propagating in one direction in interference region is theoretically considered. In the interference region the electron is correlated radiates and absorbs the same number of photons of the two waves. As a result of it, the electron interacts as though with one wave of the combination frequency pisub 1plus or minus pisub 2. The differential cross section of the given process in requirements, when intensities of waves etasub 1,2much less than 1, is obtained. The resonance infinities were eliminated by Breit and Wigner procedure. It is shown that the resonant differential cross section of a spontaneous bremsstrahlung can on some orders of magnitude exceed the corresponding cross section without a laser field.

Author(s):
Roshchupkin, S. P.
Author Organization(s):
INSTITUTE OF APPLIED PHYSICS SUMY (UKRAINE)
Descriptive Note:
Conference paper
Supplementary Note:
This article is from ADA426515 The Proceedings of the International Laser Physics Workshop (LPHYS'01) (10th) Held in Moscow, Russia on July 3-7, 2001 (Laser Physics. Volume 12, Number 2)
Annotation:
Reprint: Resonant Spontaneous Bremsstrahlung of an Electron in the Field of the Nucleus and Two Light Waves
Pagination:
0006

Security Markings

DOCUMENT & CONTEXTUAL SUMMARY

Distribution:
Approved For Public Release

RECORD

Collection: TR
Identifying Numbers
Monitor Series:
X5
 Subject Terms
Modernization Areas:
Quantum Science and Computing
Communities of Interest:
Energy and Power Technologies
Descriptor(s):
*RESONANCE SCATTERING, *ELECTRON SCATTERING, *PHOTONS, *NUCLEI, *DIFFERENTIAL CROSS SECTIONS, *BREMSSTRAHLUNG, FREQUENCY, SCATTERING, MASS, LASERS, REGIONS, ELECTRONS, WAVES, UKRAINE
Field(s)/Group(s):
Atomic and Molecular Physics and Spectroscopy, Nuclear Physics and Elementary Particle Physics
Keyword(s):
COMPONENT REPORTS, FOREIGN REPORTS
Report Date:
2002 Jan 01
Creation Date:
2004 Oct 20