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Transfer line from the PSB to the PS (recombination)
After sequential ejection of 5 bunches from each of the 4 rings of the Booster (originally 800 MeV, now 1.4 GeV), the 4 batches are brought to the same vertical level, so as to form a string of 20 bunches, filling the circumference of the PS. This vertical "recombination" is performed in t...
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Publicado: |
1976
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Acceso en línea: | http://cds.cern.ch/record/969100 |
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author | CERN PhotoLab |
author_facet | CERN PhotoLab |
author_sort | CERN PhotoLab |
collection | CERN |
description | After sequential ejection of 5 bunches from each of the 4 rings of the Booster (originally 800 MeV, now 1.4 GeV), the 4 batches are brought to the same vertical level, so as to form a string of 20 bunches, filling the circumference of the PS. This vertical "recombination" is performed in the transfer line, using vertical bending magnets, septa and kickers. Here we see the section where the beam from ring 4 (the top one) is brought down to the level of ring 3, and the beam from ring 1 up to the level of ring 2. Further downstream (to the right, outside this picture), level 2 is brought up to level 3, identical to that of the PS. After this original recombination scheme, other ways of combining the 4 beams, vertically and/or longitudinally, were developed and used in operation. |
id | cern-969100 |
institution | Organización Europea para la Investigación Nuclear |
publishDate | 1976 |
record_format | invenio |
spelling | cern-9691002019-09-30T06:29:59Zhttp://cds.cern.ch/record/969100CERN PhotoLabTransfer line from the PSB to the PS (recombination)Accelerators and associated DevelopmentsAfter sequential ejection of 5 bunches from each of the 4 rings of the Booster (originally 800 MeV, now 1.4 GeV), the 4 batches are brought to the same vertical level, so as to form a string of 20 bunches, filling the circumference of the PS. This vertical "recombination" is performed in the transfer line, using vertical bending magnets, septa and kickers. Here we see the section where the beam from ring 4 (the top one) is brought down to the level of ring 3, and the beam from ring 1 up to the level of ring 2. Further downstream (to the right, outside this picture), level 2 is brought up to level 3, identical to that of the PS. After this original recombination scheme, other ways of combining the 4 beams, vertically and/or longitudinally, were developed and used in operation.CERN-PHOTO-7602019oai:cds.cern.ch:9691001976 |
spellingShingle | Accelerators and associated Developments CERN PhotoLab Transfer line from the PSB to the PS (recombination) |
title | Transfer line from the PSB to the PS (recombination) |
title_full | Transfer line from the PSB to the PS (recombination) |
title_fullStr | Transfer line from the PSB to the PS (recombination) |
title_full_unstemmed | Transfer line from the PSB to the PS (recombination) |
title_short | Transfer line from the PSB to the PS (recombination) |
title_sort | transfer line from the psb to the ps (recombination) |
topic | Accelerators and associated Developments |
url | http://cds.cern.ch/record/969100 |
work_keys_str_mv | AT cernphotolab transferlinefromthepsbtothepsrecombination |