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THPLS043
THPLS044
THPLS045
THPLS046
29-Jun-06 16:00 - 18:00 THPLS — Poster Session
Status of SESAME
G. Vignola, A. Amro, M. Attal, H. Azizi, A. Kaftoosian, F.
Makahleh, M.M. Shehab, H. Tarawneh, S. Varnasseri (SESAME)
460
An overview of the status of SESAME is presented.
SESAME is a third generation light
source facility, with an e-beam energy of 2.5
GeV, located in Allan, Jordan. The emittance
is 26 nm.rad and 12 straights are available for insertion devices. The injector consists of a 22.5 MeV microtron and
800 MeV booster synchrotron, with a repetition rate of 1 Hz. The conceptual design of the accelerator complex has
been frozen, and the engineering design is in progress. The phase I scientific program for SESAME has also been
finalized, and it foresees 6 beam lines, including 2 IR ports. The construction of the SESAME building is in progress,
and the beneficial occupancy is expected by the end of 2006. The completion of the accelerators complex construction
is scheduled for the end of 2009.
Preliminary Experiment of the Thomson Scattering X-ray Source at Tsinghua University
Y.-C. Du, Cheng. Cheng. Cheng, Q. Du, Du.Taibin. Du, X. He,
Hua,J.F. Hua, W.-H. Huang, Y. Lin, C.-X. Tang, S. Zheng (TUB)
A preliminary experiment of the Thomson
scattering x-ray source is being planned and
constructed to generate short-pulsed, tunable
x-rays in the range of ∼4.5 kev by Thom-
son scattering of laser photons from a relativistic electron beam. Laser photons of ? = 1064 nm are Thomson
backscattered by a 16MeV electron beam from a 16MeV Backward Travelling Wave (BTW) electron linac. The laser is
derived from a 2J,10ns Nd:YAG laser. The parameters of electron beam and laser have been measured. The simulated
and experiment results are described in this paper.
Construction Status of the SSRF Project
The Shanghai Synchrotron Radiation Facility
Z. Zhao (SINR) H. Ding, H. Xu (SINAP)
(SSRF), an intermediate energy third generation
light source, is under construction at
Zhang-Jiang Hi-Tech Park in Shanghai. Its main and auxiliary buildings are scheduled to be completed in October
2006, and this will be followed by the SSRF accelerator installations from October 2006 to March 2008. This paper
presents the final design and the current construction status of the SSRF project.
The Status of Instrumentation and Control for SSRF
The SSRF (Shanghai Synchrotron Radiation
D.K. Liu (SINAP)
Facility) was started in December 25, 2004,
and is located in the Zhang Jiang Hi-Teck
park in Shanghai. During the past one year, the main structure is under construction and will be completed in the
middle of next year on schedule. Various equipment is being processed and tested. The preliminary design of the
control system, including various hardware and software, are completed, and some prototype of IOC with EPICS
such as LINAC rf station, magnet station and beam diagnosis station, etc. have been already tested successfully. The
digital power supply control will be adopted. Various beam instrumentation have been designed for diagnostics of