Abstract
A few modifications concerning the low energy polarimeter and in the procedure of the polarization measurement have been introduced. The main improvements which have been done concern: - a continuous dead time measurement used for the on-line correction of the polarization; - the possibility of counting faster (of the order of 3 times) by connecting the PBE to the maximum Hyperion frequency instead of the Saturne T2-T3 spills; -the partial replacement of the electronics in order to minimize the time of tuning, in particular with respect to the changes of beam type: lithium or deuterons and to improve the detection at high counting rates. The purpose of this note is to help the users of the polarimeter: - Section (2) describes the conditions of operation; - Section (3) gives informations on the new electronics; - Section (4) indicates the procedure to follow in order to have a correct and fast measurement. - Section (5) shows how to start with the computer.
Arvieux, J;
Bedfer, Y;
Milleret, G;
Soudan, J M;
[1]
Boudard, A;
Garcon, M
[2]
- Laboratoire National Saturne, Centre d`Etudes de Saclay, 91 - Gif-sur-Yvette (France)
- CEA Centre d`Etudes de Saclay, 91 - Gif-sur-Yvette (France). Dept. d`Astrophysique, de la Physique des Particules, de la Physique Nucleaire et de l`Instrumentation Associee
Citation Formats
Arvieux, J, Bedfer, Y, Milleret, G, Soudan, J M, Boudard, A, and Garcon, M.
How to measure the polarization of the deuteron beam at LNS. The low energy polarimeter.
France: N. p.,
1992.
Web.
Arvieux, J, Bedfer, Y, Milleret, G, Soudan, J M, Boudard, A, & Garcon, M.
How to measure the polarization of the deuteron beam at LNS. The low energy polarimeter.
France.
Arvieux, J, Bedfer, Y, Milleret, G, Soudan, J M, Boudard, A, and Garcon, M.
1992.
"How to measure the polarization of the deuteron beam at LNS. The low energy polarimeter."
France.
@misc{etde_10127776,
title = {How to measure the polarization of the deuteron beam at LNS. The low energy polarimeter}
author = {Arvieux, J, Bedfer, Y, Milleret, G, Soudan, J M, Boudard, A, and Garcon, M}
abstractNote = {A few modifications concerning the low energy polarimeter and in the procedure of the polarization measurement have been introduced. The main improvements which have been done concern: - a continuous dead time measurement used for the on-line correction of the polarization; - the possibility of counting faster (of the order of 3 times) by connecting the PBE to the maximum Hyperion frequency instead of the Saturne T2-T3 spills; -the partial replacement of the electronics in order to minimize the time of tuning, in particular with respect to the changes of beam type: lithium or deuterons and to improve the detection at high counting rates. The purpose of this note is to help the users of the polarimeter: - Section (2) describes the conditions of operation; - Section (3) gives informations on the new electronics; - Section (4) indicates the procedure to follow in order to have a correct and fast measurement. - Section (5) shows how to start with the computer.}
place = {France}
year = {1992}
month = {Dec}
}
title = {How to measure the polarization of the deuteron beam at LNS. The low energy polarimeter}
author = {Arvieux, J, Bedfer, Y, Milleret, G, Soudan, J M, Boudard, A, and Garcon, M}
abstractNote = {A few modifications concerning the low energy polarimeter and in the procedure of the polarization measurement have been introduced. The main improvements which have been done concern: - a continuous dead time measurement used for the on-line correction of the polarization; - the possibility of counting faster (of the order of 3 times) by connecting the PBE to the maximum Hyperion frequency instead of the Saturne T2-T3 spills; -the partial replacement of the electronics in order to minimize the time of tuning, in particular with respect to the changes of beam type: lithium or deuterons and to improve the detection at high counting rates. The purpose of this note is to help the users of the polarimeter: - Section (2) describes the conditions of operation; - Section (3) gives informations on the new electronics; - Section (4) indicates the procedure to follow in order to have a correct and fast measurement. - Section (5) shows how to start with the computer.}
place = {France}
year = {1992}
month = {Dec}
}