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Your search keyword '"Compton scattering"' showing total 3 results
Start Over Descriptor "Compton scattering" Search Limiters Peer Reviewed Topic compton effect Database Academic Search Index Publisher world scientific publishing company
3 results on '"Compton scattering"'

1. A NEW LIMIT ON THE LIGHT SPEED ISOTROPY FROM THE GRAAL EXPERIMENT AT ESRF.

Author

GURZADYAN, V. G., BELLINI, V., BERETTA, M., BOCQUET, J.-P., D'ANGELO, A., DI SALVO, R., FANTINI, A., FRANCO, D., GERVINO, G., GIARDINA, G., GHIO, F., GIROLAMI, B., GIUSA, A., KASHIN, A., KHACHATRYAN, H. G., KNYAZYAN, S., LAPIK, A., LEVI SANDRI, P., LLERES, A., and MAMMOLITI, F.

Subjects
*LASER beams, *ELECTRONS, *COMPTON scattering, *SPEED of light, *RELATIVISTIC kinematics
Published
2012

2. RADIATION EMISSION AND RE-ABSORPTION MECHANISMS IN DENSE MEDIUMS.

Author

MAHDAVI, M. and GHAZIZADEH, S. F.

Subjects
*ABSORPTION, *RADIATION, *BREMSSTRAHLUNG, *COMPTON effect, *SCATTERING (Physics), *SPECTRAL energy distribution, *PLASMA gases, *HIGH temperatures
Abstract

In this paper, the Bremsstrahlung emission and re-absorption mechanisms are studied mainly through Inverse Bremsstrahlung and Compton Scattering. The Radiation Specific Power is calculated numerically assuming the suitable forms of Energy Distribution Function in plasma conditions. The calculation of Spectral Emission shows that, the Bremsstrahlung emission is strongly forward and backward peak relative to electron direction in overdense and high temperature plasma. Finally, some of the conditions for dominant of the re-absorption mechanism are explained. [ABSTRACT FROM AUTHOR]

Published
2012
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3. DEGENERACY EFFECT ON THE COMPTON SCATTERING POWER.

Author

MAHDAVI, M. and KALEJI, B.

Subjects
*COMPTON effect, *NUCLEAR fusion, *NUCLEAR cross sections, *RELATIVITY (Physics), *ELECTRON distribution, *ELECTRON temperature, *FERMIONS, *SCATTERING (Physics)
Abstract

The Compton scattering is one of the loss processes in fusion media. In this paper the Compton cross-section is calculated in three limits of temperature, non-relativistic, relativistic and ultra-relativistic temperatures. By considering the electron distribution function for all the temperature limits, we found the power of Compton scattering in degenerate media. These results show that the Compton scattering power increases with decreasing electron temperature. So, in degenerate conditions, the Compton loss processes decrease in fusion media. [ABSTRACT FROM AUTHOR]

Published
2011
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