Radiation from relativistic electrons in "light" and in conventional undulators. Classical and quantum approaches

Abstract

A photon spectrum of undulator radiation (UR) is calculated in the semi-classical approach. The UR intensity spectrum is determined by an electron trajectory in the undulator neglecting by energy losses for radiation. Using the Planck's law, the UR photon spectrum can be calculated from the classical intensity spectrum both for linear and nonlinear regimes. The radiation of an electron in a field of strong electromagnetic wave (radiation in the "light" undulator) is considered in the quantum electromagnetic frame. Comparison of results obtained by both approaches has been shown that UR spectra in the whole cone coincide with high accuracy for the case x<<1. Characteristics of the collimated UR beam were simulated with taking into account the discrete process of photon emission along an electron trajectory in both kinds of undulators.

Original language	English
Article number	012010
Journal	Journal of Physics: Conference Series
Volume	732
Issue number	1
DOIs	https://doi.org/10.1088/1742-6596/732/1/012010
Publication status	Published - 3 Aug 2016

ASJC Scopus subject areas

Physics and Astronomy(all)

Access to Document

10.1088/1742-6596/732/1/012010

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Activities

1 Participation in conference

International Symposium «Radiation from Relativistic Electrons in Periodic Structures»

Oleg Victorovich Bogdanov (Participant), , Anatoly Sergeevich Konkov (Participant), , Dmitry Andreevich Shkitov (Participant), , Gennagy Andreevich Naumenko (Participant), , Artem Igorevich Novokshonov (Participant), , Sergey Vladimirovich Abdrashitov (Participant), , Leonid Grigorievich Sukhikh (Participant), , Vitold Vladislavovich Bleko (Participant), , Dan Alexandrovich Verigin (Participant), , Veronika Vyacheslavovna Soboleva (Participant), , Anton Anatolievich Babaev (Participant), , Alexander Petrovich Potylitsyn (Member of programme committee), & Sergey Romanovich Uglov (Participant)

6 Sep 2015 → 11 Sep 2015

Activity: Participating in or organising an event types › Participation in conference

Cite this

Potylitsyn, A. P., Kolchuzhkin, A. M., & Strokov, S. A. (2016). Radiation from relativistic electrons in "light" and in conventional undulators. Classical and quantum approaches. Journal of Physics: Conference Series, 732(1), [012010]. https://doi.org/10.1088/1742-6596/732/1/012010

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abstract = "A photon spectrum of undulator radiation (UR) is calculated in the semi-classical approach. The UR intensity spectrum is determined by an electron trajectory in the undulator neglecting by energy losses for radiation. Using the Planck's law, the UR photon spectrum can be calculated from the classical intensity spectrum both for linear and nonlinear regimes. The radiation of an electron in a field of strong electromagnetic wave (radiation in the {"}light{"} undulator) is considered in the quantum electromagnetic frame. Comparison of results obtained by both approaches has been shown that UR spectra in the whole cone coincide with high accuracy for the case x<<1. Characteristics of the collimated UR beam were simulated with taking into account the discrete process of photon emission along an electron trajectory in both kinds of undulators.",

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AB - A photon spectrum of undulator radiation (UR) is calculated in the semi-classical approach. The UR intensity spectrum is determined by an electron trajectory in the undulator neglecting by energy losses for radiation. Using the Planck's law, the UR photon spectrum can be calculated from the classical intensity spectrum both for linear and nonlinear regimes. The radiation of an electron in a field of strong electromagnetic wave (radiation in the "light" undulator) is considered in the quantum electromagnetic frame. Comparison of results obtained by both approaches has been shown that UR spectra in the whole cone coincide with high accuracy for the case x<<1. Characteristics of the collimated UR beam were simulated with taking into account the discrete process of photon emission along an electron trajectory in both kinds of undulators.

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