Abstract
The optical system of the plane grating monochromator on beamline 6.1 was studied using a raytracing program called SHADOW. The results are presented here in some detail as an example of some of the capabilities of the program. The predictions for the resolution are also compared to data taking during a period of commissioning. These are in reasonable agreement, indicating that the monochromator is now correctly configured to produce the best focus possible over the most frequently used photon energy range. (author).
Citation Formats
Quinn, F M, and Bailey, P.
Raytracing results for beamline 6.1.
United Kingdom: N. p.,
1992.
Web.
Quinn, F M, & Bailey, P.
Raytracing results for beamline 6.1.
United Kingdom.
Quinn, F M, and Bailey, P.
1992.
"Raytracing results for beamline 6.1."
United Kingdom.
@misc{etde_10135495,
title = {Raytracing results for beamline 6.1}
author = {Quinn, F M, and Bailey, P}
abstractNote = {The optical system of the plane grating monochromator on beamline 6.1 was studied using a raytracing program called SHADOW. The results are presented here in some detail as an example of some of the capabilities of the program. The predictions for the resolution are also compared to data taking during a period of commissioning. These are in reasonable agreement, indicating that the monochromator is now correctly configured to produce the best focus possible over the most frequently used photon energy range. (author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}
title = {Raytracing results for beamline 6.1}
author = {Quinn, F M, and Bailey, P}
abstractNote = {The optical system of the plane grating monochromator on beamline 6.1 was studied using a raytracing program called SHADOW. The results are presented here in some detail as an example of some of the capabilities of the program. The predictions for the resolution are also compared to data taking during a period of commissioning. These are in reasonable agreement, indicating that the monochromator is now correctly configured to produce the best focus possible over the most frequently used photon energy range. (author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}