Open AccessDOI
A high performance spot size monitor
M. Ross,R. Alley,D. Arnett,E. Bong,W. Colocho,J. Frisch,S. Horton-Smith,W. Inman,K. Jobe,T. Kotseroglou,D. McCormick,Jenny Nelson,M. Scheeff,Stephen Robert Wagner,M. Woods +14 more
- pp 308-312
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TLDR
In this article, beam size estimates made using beam-beam deflections are used for optimization of the Stanford Linear Collider (SLC) electron-positron beam sizes, and the beam size and intensity goals for 1996 were 2.1 x 0.6 μm (x,y) at 4.0x10 10 particles per pulse.Abstract:
Beam size estimates made using beam-beam deflections are used for optimization of the Stanford Linear Collider (SLC) electron-positron beam sizes. Beam size and intensity goals for 1996 were 2.1 x 0.6 μm (x,y) at 4.0x10 10 particles per pulse. Conventional profile monitors, such as scanning wires, fail at charge densities well below this. Since the beam-beam deflection does not provide single beam information, another method is needed for Interaction Region (IP) beam size optimization. The laser based profile monitor uses a finely focused 349 nm. wavelength , frequency-tripled YLF laser pulse that traverses the particle beam path about 29 cm away from the e+/e- IP. Compton scattered photons and energy degraded e+/e- are detected as the beam is steered across the laser pulse. The laser pulse has a transverse size, ( σ0, ), of 380 nm and a Rayleigh range of about 5 μm. This is adequate for present or planned SLC beams. Design and results are presented.read more
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Proceedings ArticleDOI
The Next Linear Collider damping ring complex
John Corlett,Steve Marks,R. Rimmer,R. Schlueter,P. Bellomo,V. Bharadwaj,R.L. Cassel,P. Corredoura,P. Emma,R.K. Jobe,Patrick Krejcik,S. Mao,B. McKee,K.K. Millage,M.H. Munro,C. Pappas,Tor Raubenheimer,Sayed Rokni,M.C. Ross,H. Schwarz,J.C. Sheppard,C.M. Spencer,R. Tighe,Mark Woodley +23 more
TL;DR: The Next Linear Collider (NLC) damping rings complex (DRC) as discussed by the authors was designed to provide 120 Hz, low emittance electron and positron bunch trains to the NLC linacs.
Proceedings ArticleDOI
Laser-based profile monitor for electron beams
TL;DR: In this article, the authors present a sampling profile monitor that, in operation, resembles a wire scanner for beam phase space optimization in high performance TeV energy electron/positron colliders.
Proceedings Article
VXD3: The SLD vertex detector upgrade based on a 307 MPixel CCD system
TL;DR: The SLD upgrade CCD vertex detector (VXD3) is described in this paper, which is mounted on beryllium ladders in three cylinders, providing three space point measurements along each track of about 5 microns resolution in all three co-ordinates.
Journal Article
The next linear collider damping ring complex
J.N. Corlett,D. Atkinson,S. De Santis,N. Hartman,K. Kennedy,Derun Li,Steve Marks,Y. Minamihara,Hiroshi Nishimura,M.T.F. Pivi,D. Reavill,R. Rimmer,R. Schlueter,Andrzej Wolski,Scott L. Anderson,B. McKee,Tor Raubenheimer,M.C. Ross,J.C. Sheppard +18 more
TL;DR: Corlett et al. as discussed by the authors reported progress on the design of the Next Linear Collider (NLC) Damping Rings complexes at a rate of 120 Hz, with the purpose of the damping rings is to provide low emittance electron and positron bunch trains to the NLC linacs.
Summary of the accelerator working group
TL;DR: A summary of the main topics discussed in the Accelerator Working Group during the Workshop on the Physics at the First Muon Collider was presented in this article, where critical design issues for a high-intensity, medium-energy proton synchrotron that would replace the present Fermilab 8 GeV Booster early in the next century were discussed.
References
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Proceedings ArticleDOI
Wire scanners for beam size and emittance measurements at the SLC
TL;DR: In this article, the authors describe the design, construction, commissioning and ultimate uses of wire scanners in the SLAC Linear Collider (SLAC) focusing on the linear accelerator and upstream systems scanners.
Proceedings ArticleDOI
Excimer laser damage testing of optical materials
TL;DR: In this paper, the setup, equipment, and procedures for laser damaging are discussed, as well as the equipment problems associated with these measurements and initial comparisons between 193 nm and 248 nm laser damage.
Proceedings ArticleDOI
The Stanford Linear Collider
TL;DR: The Stanford Linear Collider (SLC) as mentioned in this paper is the only high-energy e/sup +/e/sup -/ linear collider in the world that produces high intensity, submicron sized, polarized beams at a single interaction point.
Design of laser-Compton spot size monitor
T. Shintake,H. Hayano,A. Hayakawa,Y. Ozaki,M. Ohashi,K. Yasuda,D. Waltz,Stephen Robert Wagner,D. Burke +8 more
TL;DR: In this paper, a diagnostic method for measuring transverse size of electron beam by nondestructive interaction of Compton scattering of laser beam has been proposed, and a first model of this spot size monitor is under construction for the FFTB -- SLAC experiment, in order to measure the electron beam size of 60 nanometer vertical by 1 micrometer horizontal, using Nd: YAG-laser of 1.064 µm wavelength.