Beam Stability in a 6 GeV Synchrotron Light Source

Beam Stability in Synchrotron Light Sources*

Numerous third-generation light sources are now in a mature phase of operation, and several new sources are under construction. Submicron beam stability is being achieved routinely at many of these light sources in terms of both AC (rms 0.1 200 Hz) and DC (one week drift) motion. This level of stability is a necessary condition for the success of x-ray free-electron lasers such as the Linac Coh...

طراحی شبکه برای حلقه انبارش چشمه نور ایران

The Iranian Light Source Facility (ILSF) as a national project is a 3 GeV third generation synchrotron light source facility which provides high energy super bright X-ray for the users. Design of the ILSF storage ring emphasizes an ultra low electron beam emittance (below than 5 nm.rad), beam current of 400 mA, great brightness, stability and reliability which make it competitive in the operati...

The Lbl 1-2 Gev Synchrotron Radiation Source

The design of the 1-2 GeV Synchrotron Radiation Source to be built at the Lawrence Berkeley Laboratory is described. The goal of this facility is to provide very high brightness photon beams in the ultraviolet and soft X -ray regions. The photon energy nnge to be served is from 0.5 eV to 10 keY, with the brightest beams available in the I eV I keY interval. For time-resolved experiments, beam p...

Lattice Options for a 5 Gev Light Source at Cornell∗

PAC’03, Portland/OR Cornell University has proposed an Energy Recovery Linac (ERL) based synchrotron-light facility [1] which can provide improved X-ray radiation due to the high beam quality which is available from a linac. To additionally utilize beam currents that are competitive with ring-based light sources, the linac has to operate with the novel technique of energy recovery. Cornell plan...

GeV Synchrotron – Survey and Alignment