MAD-X/PTC lattice design for DAPHNE at Frascati

In absence of a program that takes as an input the desired or known location of the magnets in the tunnel, accelerator designers have been using MAD that looks at a ring as a sequence of magnets without a connection to the tunnel. In many simple examples that is just fine, but once more complicated...

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Detalles Bibliográficos
Autores principales: Forest, Etienne, Milardi, Catia, Schmidt, Frank
Lenguaje:eng
Publicado: 2006
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/972420
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author Forest, Etienne
Milardi, Catia
Schmidt, Frank
author_facet Forest, Etienne
Milardi, Catia
Schmidt, Frank
author_sort Forest, Etienne
collection CERN
description In absence of a program that takes as an input the desired or known location of the magnets in the tunnel, accelerator designers have been using MAD that looks at a ring as a sequence of magnets without a connection to the tunnel. In many simple examples that is just fine, but once more complicated structures are treated one is bound to play tricks with MAD. Here PTC comes to the rescue. It is shown how pieces of this machine that exist in MADX format are used in PTC to create this double ring, as found on the accelerator floor, with a proper survey in the forward and backward direction. Special elements have been implemented in MAD-X to allow the full PTC description of the machine.
id cern-972420
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2006
record_format invenio
spelling cern-9724202022-08-17T13:37:03Zhttp://cds.cern.ch/record/972420engForest, EtienneMilardi, CatiaSchmidt, FrankMAD-X/PTC lattice design for DAPHNE at FrascatiAccelerators and Storage RingsIn absence of a program that takes as an input the desired or known location of the magnets in the tunnel, accelerator designers have been using MAD that looks at a ring as a sequence of magnets without a connection to the tunnel. In many simple examples that is just fine, but once more complicated structures are treated one is bound to play tricks with MAD. Here PTC comes to the rescue. It is shown how pieces of this machine that exist in MADX format are used in PTC to create this double ring, as found on the accelerator floor, with a proper survey in the forward and backward direction. Special elements have been implemented in MAD-X to allow the full PTC description of the machine.CERN-AB-2006-062oai:cds.cern.ch:9724202006-07-13
spellingShingle Accelerators and Storage Rings
Forest, Etienne
Milardi, Catia
Schmidt, Frank
MAD-X/PTC lattice design for DAPHNE at Frascati
title MAD-X/PTC lattice design for DAPHNE at Frascati
title_full MAD-X/PTC lattice design for DAPHNE at Frascati
title_fullStr MAD-X/PTC lattice design for DAPHNE at Frascati
title_full_unstemmed MAD-X/PTC lattice design for DAPHNE at Frascati
title_short MAD-X/PTC lattice design for DAPHNE at Frascati
title_sort mad-x/ptc lattice design for daphne at frascati
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/972420
work_keys_str_mv AT forestetienne madxptclatticedesignfordaphneatfrascati
AT milardicatia madxptclatticedesignfordaphneatfrascati
AT schmidtfrank madxptclatticedesignfordaphneatfrascati

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