Georgsson, G.

Paper	Title	Page
THOACH02	Commissioning of the 500 MeV Injector for MAX-lab	219
	S. Werin, Å. Andersson, M. Bergqvist, M. Brandin, M. Demirkan, M. Eriksson, L.-J. Lindgren, L. Malmgren, H. Tarawneh, E.J. Wallén MAX-lab, Lund B. Anderberg AMACC, Uppsala G. Georgsson Danfysik A/S, Jyllinge G. LeBlanc ASP, Melbourne
	A 500 MeV new injector system for the storage rings MAX I, II and III have been installed during the winter 2003-4 at MAX-lab. The system consists of two linacs at 125 MeV each, using SLED, and a recirculating system such that the electrons pass the linacs twice, thus reaching a final energy of 500 MeV. The system is injected by a thermionic RF-gun. The commissioning of the complete system will be performed in the spring 2004.
	Video of talk
	Transparencies
THPKF024	A STATE-OF-THE-ART 3 GEV BOOSTER FOR ASP	2314
	G. Georgsson, N. Hauge Danfysik A/S, Jyllinge S.P. Møller ISA, Aarhus
	DANFYSIK A/S will build the full-energy booster for the Australian Synchrotron Project. The Booster will accelerate the beam from the injection energy of 100 MeV to a maximum of 3.0 GeV. The Booster shall accelerate either a single bunch or a bunch train up to 150 ns. The current accelerated to 3 GeV will be in excess of 0.5 and 5 mA for the two modes, respectively. The circumference of the Booster is 130.2 m, and the lattice will have four-fold super-symmetry with four straight sections for RF, injection, special diagnostics and extraction. The lattice is designed to have many cells with combined-function magnets (dipole, quadrupole and sextupole fields) in order to reach a very small emittance of around 30 nmrad. A small emittance is beneficial, in particular for top-up operation. Details of the lattice design and beam dynamics of the booster will be presented.
THPKF025	Commissioning Report of the CLS Booster Synchrotron	2317
	G. Georgsson Danfysik A/S, Jyllinge L. Dallin CLS, Saskatoon, Saskatchewan S.P. Møller ISA, Aarhus L. Præstegaard Århus Sygehus, Århus
	A full energy booster is produced and taken into operation for the Canadian Light Source. The Booster accelerates the beam from the injection energy of 200 MeV to a maximum of 2.9GeV. The results of the commissioning and the characterized beam parameters are reported
THPKF058	Experimental Experience with a Thermionic RF-gun	2391
	S. Werin, Å. Andersson, M. Bergqvist, M. Brandin, L. Malmgren, S. Werin MAX-lab, Lund G. Georgsson Danfysik A/S, Jyllinge
	An RF-gun structure developed at MAX-lab, and thus different from the most common BNL-structure, is in operation as a thermionic RF-gun at MAX-lab. The properties of the gun have been investigated. Especially aspects such as extractable energy range, emittance properties at various beamloading conditions and extracted current.
THPKF056	The MAX IV Facility	2389
	M. Eriksson, Å. Andersson, M. Bergqvist, M. Brandin, M. Demirkan, G. Georgsson, G. LeBlanc, L.-J. Lindgren, L. Malmgren, H. Tarawneh, E.J. Wallén, S. Werin MAX-lab, Lund B. Anderberg AMACC, Uppsala S. Biedron, S.V. Milton ANL, Argonne, Illinois
	The MAX IV facility is a planned successor of the existing MAX facility. The planned facilty is described below. It consists of two new synchrotron storage rings operated at different electron energies to cover a broad spectral region and one linac injector. The linac injector is also meant to be operated as a FEL electron source. The two rings have similar low emittance lattices and are placed on top of each other to save space. A third UV light source, MAX III, is planned to be transfered to the new facility.