| Paper | Title | Other Keywords | Page | ||
|---|---|---|---|---|---|
| MOBP02 | FAIR at GSI | ion, antiproton, synchrotron, heavy-ion | 24 | ||
|
A new faciliy for antiproton and ion research (FAIR) is being planned and prepared to be built at GSI, Germany. R&D and prototype design is presently conducted at GSI and several other institutes worldwide, representing the future FAIR member states. Furthermore a major upgrade program for the running GSI accelerators, the heavy ion linac UNILAC and the heavy ion synchrotron SIS18 has been started. In parallel, the plannings for buildings and tunnels and the permit procedure for construction were launched. The new facility will consist of a two stage heavy ion synchrotron SIS100/300 for the generation of intense heavy ion and proton beams. These beams can be delivered wether as short compressed bunches for the production of secondary beams with subsequent processing in storage rings or as slow extracted beams with high duty cycle for fixed target experiments. The quality and intensity of the produced secondary beams (rare isotope and antiproton beams) will be significantly improved in a number of storage rings used for stacking, beam cooling and for internal target experiments.
|
|
|
||
| WEAY01 | New advances in beam cooling | electron, ion, beam-cooling, antiproton | 162 | ||
|
New developments in beam cooling since ICFA’2004 seminar are presented with concentration on trends in electron cooling, stochastic cooling, muon cooling and beam crystallization - the trends, which, as one can expect, will mark the future in the cooling methods applications.
|
Keywords: particle storage rings, cooling methods, electron beam, Schottky noise. |
|