LINEAR POLARIZATION OF RADIATION OF AN ARBITRARILY MOVING RELATIVISTIC CHARGE

Bagrov V. G., Bordovitsyn V. A., Bulenok V. G., Kulikova A. V.

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Exact methods of relativistic radiation theory have been used to construct indicatrixes of the angular distributions of instantaneous power radiated by an arbitrarily moving relativistic charge. It is assumed that at the moment of emission, the charge path is arbitrarily located relative to the coordinate system. The same technique has been used to study the linear polarization of radiation of an arbitrarily moving particle in the cases of curvature and fan-like radiation.

Keywords: radiation, relativistic particle, indicatrix of radiation, linear polarization, synchrotron radiation

References:

[1] Bordovitsyn V. A. 1999 Synchrotron radiation theory and its development (World Scientific) ,447 p.

[2] Rohrlich F. 2007 Classical charged particles (World Scientific), 305 p.

[3] Bagrov V. G. and Markin U. A. 1967 Izv. Vuz. Fiz. 10 (5) 37.

[4] Bagrov V. G., Bordovitsyn V. A. and Kopytov G. F. 1972 Izv. Vuz. Fiz. 15 (3) 30.

[5] Bagrov V. G. 1967 Izv. Vuz. Fiz. 10 (8) 135.

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Issue: 12, 2014

Series of issue: Issue 12

Pages: 17 — 21

Downloads: 752