Abstract
The combined effect of focussing and diffraction for a double crystal monochromator which is being designed for the Superconducting Wiggler beamline (SCOW) on ADONE. A double separated crystal system has been chosen; the possibility of obtaining focalization in two steps, by bending dynamical the crystals in order to obtain both tangential and sagittal focussing is studied. Non-focusing and semi focusingsystems have also been considered. The calculations have been performed with the ray tracing program SHADOW. On the basis of these results a 1:3 geometry for the monochromator position and estimate performances for the various focussing geometries is selected. The effect of anticlastic curvature is also considered.
Boscherini, F;
Savoia, A;
[1]
Sanchez del Rio, M
[2]
- Istituto Nazionale di Fisica Nucleare, Frascati (Italy). Lab. Nazionale di Frascati
- Zaragoza Univ. (Spain). Dept. de la Materia Condensada
Citation Formats
Boscherini, F, Savoia, A, and Sanchez del Rio, M.
Ray tracing results for a monochromator on the SCOW superconducting Wiggler beamline.
Italy: N. p.,
1989.
Web.
Boscherini, F, Savoia, A, & Sanchez del Rio, M.
Ray tracing results for a monochromator on the SCOW superconducting Wiggler beamline.
Italy.
Boscherini, F, Savoia, A, and Sanchez del Rio, M.
1989.
"Ray tracing results for a monochromator on the SCOW superconducting Wiggler beamline."
Italy.
@misc{etde_10102422,
title = {Ray tracing results for a monochromator on the SCOW superconducting Wiggler beamline}
author = {Boscherini, F, Savoia, A, and Sanchez del Rio, M}
abstractNote = {The combined effect of focussing and diffraction for a double crystal monochromator which is being designed for the Superconducting Wiggler beamline (SCOW) on ADONE. A double separated crystal system has been chosen; the possibility of obtaining focalization in two steps, by bending dynamical the crystals in order to obtain both tangential and sagittal focussing is studied. Non-focusing and semi focusingsystems have also been considered. The calculations have been performed with the ray tracing program SHADOW. On the basis of these results a 1:3 geometry for the monochromator position and estimate performances for the various focussing geometries is selected. The effect of anticlastic curvature is also considered.}
place = {Italy}
year = {1989}
month = {Dec}
}
title = {Ray tracing results for a monochromator on the SCOW superconducting Wiggler beamline}
author = {Boscherini, F, Savoia, A, and Sanchez del Rio, M}
abstractNote = {The combined effect of focussing and diffraction for a double crystal monochromator which is being designed for the Superconducting Wiggler beamline (SCOW) on ADONE. A double separated crystal system has been chosen; the possibility of obtaining focalization in two steps, by bending dynamical the crystals in order to obtain both tangential and sagittal focussing is studied. Non-focusing and semi focusingsystems have also been considered. The calculations have been performed with the ray tracing program SHADOW. On the basis of these results a 1:3 geometry for the monochromator position and estimate performances for the various focussing geometries is selected. The effect of anticlastic curvature is also considered.}
place = {Italy}
year = {1989}
month = {Dec}
}