Abstracts Brochure - CERN

THPLS001
THPLS002
THPLS003
29-Jun-06 16:00 - 18:00 THPLS — Poster Session
THPLS — Poster Session
The Strict Solution of a Radiation Problem in Toroidal Cavity
The radiation of charged particles bunch
T.H. Harutunyan (YSU) E.D. Gazazyan, M.K. Khojoyan (YerPhI) which is moving along the axes of toroidal
cavity cross section is considered. The
toroidal cavity has a finite value of the quality factor and is filled with special symmetry inhomogeneous dielectric
medium. The problem’s solution is based on the complete set of the toroidal cavity’s own modes being defined
strictly for the mentioned dielectric medium the cavity is filled with. The charged particles bunch exists in the cavity
during a finite time period and the charged bunch’s arising and vanishing effects are examined and are taken into
account as well. The toroidal cavity is considered as a convenient model to investigate the electromagnetic properties
of the tokamak system, using the defined modes.
X-ray and Optical Diagnostic Beamlines at the Australian Synchrotron Storage Ring
M.J. Boland, R.T. Dowd, G. LeBlanc, M.J. Spencer, Y.E. Tan, A.
Walsh (ASP)
446
Two diagnostic beamlines have been designed
and constructed for the Australian
Synchrotron Storage Ring. One diagnostic
beamline is a simple x-ray pinhole camera
system, with a BESSY II style pinhole array, designed to measure the beam divergence, size and stability. The second
diagnostic beamline uses an optical chicane to extract the visible light from the photon beam and transports it to
various instruments. The end-station of the optical diagnostic beamline is equipped with a streak camera, a fast ICCD
camera, a CCD camera and a fill pattern monitor. The beamline design and some commissioning measurements are
presented.
When Less is More - Construction of the Australian Synchrotron
The Australian Synchrotron is a 3 GeV facility
D. Morris (ASP)
under construction next to Monash University
in Melbourne. The project was launched
in January 2003 and is scheduled for completion in March 2007. The funding of Aus$206M (about 125 MEuros) covers
all costs associated with the site, building, accelerators and the first nine beamlines. The building contract was placed
in July 2003 and completed in February 2005. Installation of the accelerators began in April 2005 and should be complete
by May 2006. Commissioning of the injection system began in October 2005, and storage ring commissioning
will begin mid-2006, with beamline commissioning beginning January 2007 and facility handover in March 2007. The
project is being delivered with a staff of less than 50, which has meant that much of the detailed design work and
project management for major systems (e.g., the injection system, RF system, support girders, vacuum vessels and
front ends) has been performed by commercial suppliers under turn-key contracts. The presentation will discuss the
main technical challenges, and results will be presented of the commissioning of the linac, booster and storage ring.