Journal ArticleDOI
ALS II: The Saclay Proposal for a 2-GeV, CW Electron Facility
TLDR
In this paper, the transformation of the Saclay electron linac facility (ALS) into a 2 GeV, 100?A CW electron facility was described, where polarized electrons were available in the whole energy range.Abstract:
The transformation of the Saclay electron linac facility (ALS) into a 2 GeV, 100 ?A CW electron facility is described. Polarized electrons will be available in the whole energy range. In order to reach the required performances, the linac is rebuilt with new klystrons and with the addition of a partial recirculation. The 100 % duty cycle is obtained with a stretcher ring.read more
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Journal ArticleDOI
Transient Beam Loading Calculations and Experiment at the Saclay Electron Linac
B. Aune,J. Leroy,A. Mosnier +2 more
TL;DR: In this paper, the authors proposed the transformation of the Saclay electron linac (ALS) into an injector for a 2 GeV stretcher ring, where the sections were ontimized for low current operation (high attenuation, high internal resistance), they will be used in a high current, short pulse (1?s) mode resulting in a prohibitive transient beam loading energy spectrum broadening.
Journal ArticleDOI
Analyse de la stabilite de faisceau dans un accelerateur lineaire avec passages multiples en prenant en compte les effets de toutes les cavites
TL;DR: In this paper, the effects of all the cavities whose deflecting mode frequencies coincide or overlap are considered, and the analysis is based upon the theory of the stability of the feedback systems and a simulation code in the time domain confirms the results.
Journal ArticleDOI
The New Control System of the Saclay Linear Accelerator
TL;DR: A new control system for the Saclay Linear Accelerator is now being designed, based on 3 dedicated VME crates with MC68000 micro-processors that will manage the man-machine communications and the data base management facilities.
Electrostatic Septum in a High Intensity Electron Accelerator
TL;DR: In this paper, the power losses of a metal foil septum and the longitudinal profile of the beam power losses have been investigated in the presence of an electromagnetic shower. Butler et al.
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