The New AGS Slow External Beam Switchyard
نویسندگان
چکیده
منابع مشابه
Beam Switchyard Design and Operation
As previously discussed, the accelerator is capable of providing interlaced electron and/or positron beams at various pulse rates, currents, and energies. The beam switchyard (BSY) is designed to separate the various beams coming from the accelerator and deliver them to the appropriate experimenters' locations. A beam transport system consisting of pulsed and direct current magnets channels the...
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Beam monitors include current-measuring toroids, beam position monitors, equipment for observing beam profile by optical (TV) means, and secondaryemission monitors for measurement of intercepted beam current on energy absorbers, for observing energy absorbers, and for observing energy spectrum. The transport control system controls magnet currents and slit and collimator position, and also incl...
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The Beam Switchyard for the Stanford Linear Accelerator is a large Y-shaped area (see Fig. 1) containing, magnets, sl i ts , collimators, and instrumentation for beam observation. It has three main functions: (1) to momentum analyze the beam and determine energy spread a t the exit; (2) to transport the beam to the experiment under selected focusing conditions; and (3) to separate the interlace...
متن کاملMicro-bunching of the Ags Slow Extracted Beam for a Rare Kaon Decay Search
The AGS Slow Extracted Beam (SEB) must be chopped with 250 ps bursts every 40 ns to permit time-of-flight (ToF) measurement of the secondary K 0 beam. Standard techniques to produce this level of bunching would require excessive rf voltage, thus we have developed a “MicroBunching” technique of extracting the beam as it is forced between empty rf buckets. A specification of the required rf syste...
متن کاملA Proposal for the TESLA High Energy Beam Switchyard
In the TESLA linear collider, two interaction regions are foreseen, one for ee collisions at zero crossing-angle, and the other one for ee , e e or collisions at about 40 mrad crossing angle. Beam switchyards must therefore be designed after the electron and positron(or electron) linacs to switch the electron and positron (or electron) beams and serve the two interaction regions. On the electro...
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ژورنال
عنوان ژورنال: IEEE Transactions on Nuclear Science
سال: 1981
ISSN: 0018-9499
DOI: 10.1109/tns.1981.4331981