Investigation of resonant polarization radiation from relativistic electrons passing through a tilted conducting periodical target

O. V. Chefonov, B. N. Kalinin, Pavel Vladimirovich Karataev, G. A. Naumenko, A. P. Potylitsyn, I. E. Vnukov, Y. Shibata

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2 Citations (Scopus)

Abstract

A model allowing to calculate the radiation characteristics from relativistic particles passing through tilted periodical targets consisting of strips spaced by vacuum gaps has been created. The model has been developed for ideally conducting infinitely thin strips. For this case, the spectral and orientation characteristics of optical radiation from electrons with energy 200 MeV passing through the tilted periodical target with a period of 0.8 mm and strip width of 0.64 mm was calculated. The experimental investigation of spectral and orientation characteristics of resonant polarization radiation from electrons passing through the target with the characteristics noticed above has also been carried out. The spectra have been measured in the region from 1.9 to 3.0 eV with a spectrometer consisting of an optical prism and a photomultiplier. In contrast to the previous experiments, where angular dependence of radiation intensity has been measured by moving the detector, in our experiment the radiation yield has been measured for different tilted angles (θ-scan). The clear maximum in the θ-scan corresponding to different diffraction orders, whose positions coincide with our model calculations, has been observed.

Original languageEnglish
Pages (from-to)262-268
Number of pages7
JournalNuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and Atoms
Volume173
Issue number1
DOIs
Publication statusPublished - 1 Jan 2001

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Polarization
Radiation
conduction
strip
Electrons
polarization
radiation
electrons
relativistic particles
prisms
Photomultipliers
radiant flux density
Prisms
spectrometers
Spectrometers
vacuum
Diffraction
Experiments
Vacuum
detectors

ASJC Scopus subject areas

  • Nuclear and High Energy Physics
  • Instrumentation

Cite this

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abstract = "A model allowing to calculate the radiation characteristics from relativistic particles passing through tilted periodical targets consisting of strips spaced by vacuum gaps has been created. The model has been developed for ideally conducting infinitely thin strips. For this case, the spectral and orientation characteristics of optical radiation from electrons with energy 200 MeV passing through the tilted periodical target with a period of 0.8 mm and strip width of 0.64 mm was calculated. The experimental investigation of spectral and orientation characteristics of resonant polarization radiation from electrons passing through the target with the characteristics noticed above has also been carried out. The spectra have been measured in the region from 1.9 to 3.0 eV with a spectrometer consisting of an optical prism and a photomultiplier. In contrast to the previous experiments, where angular dependence of radiation intensity has been measured by moving the detector, in our experiment the radiation yield has been measured for different tilted angles (θ-scan). The clear maximum in the θ-scan corresponding to different diffraction orders, whose positions coincide with our model calculations, has been observed.",
author = "Chefonov, {O. V.} and Kalinin, {B. N.} and Karataev, {Pavel Vladimirovich} and Naumenko, {G. A.} and Potylitsyn, {A. P.} and Vnukov, {I. E.} and Y. Shibata",
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T1 - Investigation of resonant polarization radiation from relativistic electrons passing through a tilted conducting periodical target

AU - Chefonov, O. V.

AU - Kalinin, B. N.

AU - Karataev, Pavel Vladimirovich

AU - Naumenko, G. A.

AU - Potylitsyn, A. P.

AU - Vnukov, I. E.

AU - Shibata, Y.

PY - 2001/1/1

Y1 - 2001/1/1

N2 - A model allowing to calculate the radiation characteristics from relativistic particles passing through tilted periodical targets consisting of strips spaced by vacuum gaps has been created. The model has been developed for ideally conducting infinitely thin strips. For this case, the spectral and orientation characteristics of optical radiation from electrons with energy 200 MeV passing through the tilted periodical target with a period of 0.8 mm and strip width of 0.64 mm was calculated. The experimental investigation of spectral and orientation characteristics of resonant polarization radiation from electrons passing through the target with the characteristics noticed above has also been carried out. The spectra have been measured in the region from 1.9 to 3.0 eV with a spectrometer consisting of an optical prism and a photomultiplier. In contrast to the previous experiments, where angular dependence of radiation intensity has been measured by moving the detector, in our experiment the radiation yield has been measured for different tilted angles (θ-scan). The clear maximum in the θ-scan corresponding to different diffraction orders, whose positions coincide with our model calculations, has been observed.

AB - A model allowing to calculate the radiation characteristics from relativistic particles passing through tilted periodical targets consisting of strips spaced by vacuum gaps has been created. The model has been developed for ideally conducting infinitely thin strips. For this case, the spectral and orientation characteristics of optical radiation from electrons with energy 200 MeV passing through the tilted periodical target with a period of 0.8 mm and strip width of 0.64 mm was calculated. The experimental investigation of spectral and orientation characteristics of resonant polarization radiation from electrons passing through the target with the characteristics noticed above has also been carried out. The spectra have been measured in the region from 1.9 to 3.0 eV with a spectrometer consisting of an optical prism and a photomultiplier. In contrast to the previous experiments, where angular dependence of radiation intensity has been measured by moving the detector, in our experiment the radiation yield has been measured for different tilted angles (θ-scan). The clear maximum in the θ-scan corresponding to different diffraction orders, whose positions coincide with our model calculations, has been observed.

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