SLAC BEAM LiNE
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چکیده
Walter Zawojski's photo of the SPEAR Mark I
منابع مشابه
Estb: a New Beam Test Facility at Slac*
End Station A Test Beam (ESTB) is a beam line at SLAC using a small fraction of the bunches of the 13.6 GeV electron beam from the Linac Coherent Light Source (LCLS), restoring test beam capabilities in the large End Station A (ESA) experimental hall. ESTB will provide one of a kind test beam essential for developing accelerator instrumentation and accelerator R&D, performing particle and parti...
متن کاملOptics Design for a Soft X-ray FEL at the SLAC A-Line
LCLS capabilities can be significantly extended with a second undulator aiming at the soft x-ray spectrum (1 – 5 nm). To allow for simultaneous hard and soft x-ray operations, 14 GeV beams at the end of the LCLS accelerator can be intermittently switched into the SLAC A-line (the beam transport line to End Station A) where the second undulator may be located. In this paper, we discuss the A-lin...
متن کاملDesign of an Optical Diffraction Radiation Beam Size Monitor at Slac Fftb
We design a single bunch transverse beam size monitor which will be tested to measure the 28.5 GeV electron/positron beam at the SLAC FFTB beam line. The beam size monitor uses the CCD images of the interference pattern of the optical diffraction radiation from two slit edges which are placed close to the beam path. In this method, destruction of the accelerated electron/positron beam bunches d...
متن کاملDIPOLE MAGNETS FOR THE SLAC 50 GeV A-LINE UPGRADE*
The SLAC A-Line is a transport system originally designed to deliver electron beams of up to 25 GeV to fixed target experiments in End Station A. To raise the beam energy capability of the A-Line to 52 GeV, the eight original bending magnets, plus four more of the same type, have been modified by reducing their gaps and adding trim windings to compensate for energy loss due to synchrotron radia...
متن کاملOperating Experience with High Power Beam Absorbers in the Slac Beam Switchyard*
In four years of operation at progressively increasing levels of average power new observations on the performance of slits, collimators, and beam dumps of various designs have been accumulated. The inherent longevity of high power beam absorbers based on low-Z or graded-Z design philosophy has been successfully demonstrated. Early operating experience at low power levels in the SLAC beam switc...
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