Abstract
A method for observing the Unruh radiation is considered. Since the channeled particles in the presence of the strong fields of crystallographic axes and planes undergo large transversal accelerations they must be bombarded by the bath of thermal radiation, which after scattering is emitted as real photons. The results of the theoretical and numerical calculations of the spectral distributions of the produced radiation are given. 12 refs.; 1 fig.
Citation Formats
Darbinian, S M, Ispirian, K A, and Margarian, A T.
New mechanism for Unruh radiation of channeled particles.
USSR: N. p.,
1989.
Web.
Darbinian, S M, Ispirian, K A, & Margarian, A T.
New mechanism for Unruh radiation of channeled particles.
USSR.
Darbinian, S M, Ispirian, K A, and Margarian, A T.
1989.
"New mechanism for Unruh radiation of channeled particles."
USSR.
@misc{etde_10120795,
title = {New mechanism for Unruh radiation of channeled particles}
author = {Darbinian, S M, Ispirian, K A, and Margarian, A T}
abstractNote = {A method for observing the Unruh radiation is considered. Since the channeled particles in the presence of the strong fields of crystallographic axes and planes undergo large transversal accelerations they must be bombarded by the bath of thermal radiation, which after scattering is emitted as real photons. The results of the theoretical and numerical calculations of the spectral distributions of the produced radiation are given. 12 refs.; 1 fig.}
place = {USSR}
year = {1989}
month = {Dec}
}
title = {New mechanism for Unruh radiation of channeled particles}
author = {Darbinian, S M, Ispirian, K A, and Margarian, A T}
abstractNote = {A method for observing the Unruh radiation is considered. Since the channeled particles in the presence of the strong fields of crystallographic axes and planes undergo large transversal accelerations they must be bombarded by the bath of thermal radiation, which after scattering is emitted as real photons. The results of the theoretical and numerical calculations of the spectral distributions of the produced radiation are given. 12 refs.; 1 fig.}
place = {USSR}
year = {1989}
month = {Dec}
}