Abstract
One of the first experimental facilities in the world for investigation of the radiation properties of channeled electrons moving at narrow angles to the crystal plane or axis was constructed. The setup is based on the 4.8 GeV electron synchrotron with a record-breaking small divergence of the electron beams, a goniometer to orient the monocrystalline target and a pair magnetic {gamma} spectrometer for registration of {gamma} quanta in the energy range from 0.6 to 5 GeV. Additional devices were designed and a technique of investigation is developed, namely, monitoring of electrons, {gamma} quanta energy measurement by the pair magnetic {gamma} spectrometer in a wider energy range from 0.02 to 5 GeV, searching for zero crystal orientation, measurement of angular distribution of {gamma} quanta, etc. 16 refs.; 3 figs.
Citation Formats
Agan`yants, A O, Vartanov, Yu A, Karibyan, V B, and Lebedev, A N.
Setup and a technique for investigation of the radiation properties of relativistic electrons channeled in monocrystals; Ustanovka i metodika issledovaniya svojstv izlucheniya kanalirovannykh v monokristallakh ul`trarelyativistskikh ehlektronov.
USSR: N. p.,
1990.
Web.
Agan`yants, A O, Vartanov, Yu A, Karibyan, V B, & Lebedev, A N.
Setup and a technique for investigation of the radiation properties of relativistic electrons channeled in monocrystals; Ustanovka i metodika issledovaniya svojstv izlucheniya kanalirovannykh v monokristallakh ul`trarelyativistskikh ehlektronov.
USSR.
Agan`yants, A O, Vartanov, Yu A, Karibyan, V B, and Lebedev, A N.
1990.
"Setup and a technique for investigation of the radiation properties of relativistic electrons channeled in monocrystals; Ustanovka i metodika issledovaniya svojstv izlucheniya kanalirovannykh v monokristallakh ul`trarelyativistskikh ehlektronov."
USSR.
@misc{etde_10117658,
title = {Setup and a technique for investigation of the radiation properties of relativistic electrons channeled in monocrystals; Ustanovka i metodika issledovaniya svojstv izlucheniya kanalirovannykh v monokristallakh ul`trarelyativistskikh ehlektronov}
author = {Agan`yants, A O, Vartanov, Yu A, Karibyan, V B, and Lebedev, A N}
abstractNote = {One of the first experimental facilities in the world for investigation of the radiation properties of channeled electrons moving at narrow angles to the crystal plane or axis was constructed. The setup is based on the 4.8 GeV electron synchrotron with a record-breaking small divergence of the electron beams, a goniometer to orient the monocrystalline target and a pair magnetic {gamma} spectrometer for registration of {gamma} quanta in the energy range from 0.6 to 5 GeV. Additional devices were designed and a technique of investigation is developed, namely, monitoring of electrons, {gamma} quanta energy measurement by the pair magnetic {gamma} spectrometer in a wider energy range from 0.02 to 5 GeV, searching for zero crystal orientation, measurement of angular distribution of {gamma} quanta, etc. 16 refs.; 3 figs.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {Setup and a technique for investigation of the radiation properties of relativistic electrons channeled in monocrystals; Ustanovka i metodika issledovaniya svojstv izlucheniya kanalirovannykh v monokristallakh ul`trarelyativistskikh ehlektronov}
author = {Agan`yants, A O, Vartanov, Yu A, Karibyan, V B, and Lebedev, A N}
abstractNote = {One of the first experimental facilities in the world for investigation of the radiation properties of channeled electrons moving at narrow angles to the crystal plane or axis was constructed. The setup is based on the 4.8 GeV electron synchrotron with a record-breaking small divergence of the electron beams, a goniometer to orient the monocrystalline target and a pair magnetic {gamma} spectrometer for registration of {gamma} quanta in the energy range from 0.6 to 5 GeV. Additional devices were designed and a technique of investigation is developed, namely, monitoring of electrons, {gamma} quanta energy measurement by the pair magnetic {gamma} spectrometer in a wider energy range from 0.02 to 5 GeV, searching for zero crystal orientation, measurement of angular distribution of {gamma} quanta, etc. 16 refs.; 3 figs.}
place = {USSR}
year = {1990}
month = {Dec}
}