'Electron cooler' presentation slideshows

Lattice, Injection Line and General ELENA Performance Limitations

Lattice, Injection Line and General ELENA Performance Limitations. Pavel Belochitskii. Choice of extraction energy. Extraction energy E kin =100 keV allows to increase significantly an amount of captured antiprotons ( ~30%) If go to lower energy, one meets strong limitations imposed by:

523 views • 43 slides

Lattice, Injection Line and General ELENA Performance Limitations

Lattice, Injection Line and General ELENA Performance Limitations. Pavel Belochitskii. Choice of extraction energy. Extraction energy E kin =100 keV allows to increase significantly an amount of captured antiprotons ( ~30%) If go to lower energy, one meets strong limitations imposed by:

434 views • 43 slides

MAMI and Beyond

580 views • 41 slides

Motivation to build ELENA

Extra Low Energy Antiproton Ring (ELENA) for antiproton deceleration after the AD: status at the beginning of project. Motivation to build ELENA. Most of AD experiments need antiprotons of 3 keV to 5 keV kinetic energy, AD produces them at 5.3 MeV.

491 views • 34 slides

Motivation to build ELENA

Extra Low Energy Antiproton Ring (ELENA) for antiproton deceleration after the AD: status at the beginning of project. Motivation to build ELENA. Most of AD experiments need antiprotons of 3 keV to 5 keV kinetic energy, AD produces them at 5.3 MeV.

343 views • 34 slides

The ENC@FAIR Accelerator Project

The ENC@FAIR Accelerator Project. September 27, 2010 | Andreas Lehrach. Accelerator Working Group. K. Aulenbacher, D. Barber, O. Boldt, R. Heine, W. Hillert, A. Lehrach, Chr. Montag, P. Schnizer, T. Weis. Content. Introduction FAIR accelerator facility

397 views • 27 slides

Title

374 views • 24 slides

295 views • 19 slides

Low Energy Ion Ring LEIR

Low Energy Ion Ring LEIR. Motivation for LEIR LEIR after complete installation LEIR Layout LEIR Cycles LEIR Lattice Injection with stacking all three phase spaces Accumulation Dynamic Vacuum A few Words on Impedances and Instabilities LEIR Run 2011 Ideas and plans for the future.

353 views • 19 slides

194 views • 19 slides

PHYSICAL PROJECT OF BOOSTER FOR NICA ACCELERATOR COMPLEX

PHYSICAL PROJECT OF BOOSTER FOR NICA ACCELERATOR COMPLEX. Alexey Tuzikov , Nikolay Agapov, Andrey Butenko, Alexey Eliseev, Viktor Karpinsky, Hamlet Khodzhibagiyan, Alexander Kovalenko, Grigory Kuznetsov, Igor Meshkov,

311 views • 17 slides

307 views • 16 slides

Accumulation in the LEIR Ring

Extraction. Bunching, acceleration. Injections. momentum (or field). Electron cooler on. 0 time (s) 3.6. Accumulation in the LEIR Ring. Ejection. Injection D=10m. RF. Ejection kicker. E-Cooling D=0m. Accumulation alternates :

250 views • 13 slides

Accumulation in the LEIR Ring

Extraction. Bunching, acceleration. Injections. momentum (or field). Electron cooler on. 0 time (s) 3.6. Accumulation in the LEIR Ring. Ejection. Injection D=10m. RF. Ejection kicker. E-Cooling D=0m. Accumulation alternates :

137 views • 13 slides