Cargando…
The magnetic model of the large hadron collider
The beam commissioning carried out in 2009 has proved that we have a pretty good understanding of the behaviour of the relation field-current in the LHC magnets and of its reproducibility. In this paper we summarize the main issues of beam commissioning as far as the magnetic model is concerned. An...
| Autores principales: | , , , , , , , , , , , , , , , , , , , , , , |
|---|---|
| Lenguaje: | eng |
| Publicado: |
2010
|
| Materias: | |
| Acceso en línea: | http://cds.cern.ch/record/1281647 |
| _version_ | 1780920479540838400 |
|---|---|
| author | Auchmann, B Bottura, L Buzio, M Deniau, L Fiscarelli, L Giovannozzi, M Hagen, P Lamont, M Montenero, G Mueller, G Pereira, M Redaelli, S Remondino, V Schmidt, F Steinhagen, R Strzelczyk, M Tomas Garcia, R Todesco, E Delsolaro, W Venturini Walckiers, L Wenninger, J Wolf, R Zimmermann, F |
| author_facet | Auchmann, B Bottura, L Buzio, M Deniau, L Fiscarelli, L Giovannozzi, M Hagen, P Lamont, M Montenero, G Mueller, G Pereira, M Redaelli, S Remondino, V Schmidt, F Steinhagen, R Strzelczyk, M Tomas Garcia, R Todesco, E Delsolaro, W Venturini Walckiers, L Wenninger, J Wolf, R Zimmermann, F |
| author_sort | Auchmann, B |
| collection | CERN |
| description | The beam commissioning carried out in 2009 has proved that we have a pretty good understanding of the behaviour of the relation field-current in the LHC magnets and of its reproducibility. In this paper we summarize the main issues of beam commissioning as far as the magnetic model is concerned. An outline of what can be expected in 2010, when the LHC will be pushed to 3.5 TeV, is also given. |
| id | cern-1281647 |
| institution | Organización Europea para la Investigación Nuclear |
| language | eng |
| publishDate | 2010 |
| record_format | invenio |
| spelling | cern-12816472021-09-14T11:41:59Zhttp://cds.cern.ch/record/1281647engAuchmann, BBottura, LBuzio, MDeniau, LFiscarelli, LGiovannozzi, MHagen, PLamont, MMontenero, GMueller, GPereira, MRedaelli, SRemondino, VSchmidt, FSteinhagen, RStrzelczyk, MTomas Garcia, RTodesco, EDelsolaro, W VenturiniWalckiers, LWenninger, JWolf, RZimmermann, FThe magnetic model of the large hadron colliderAccelerators and Storage RingsThe beam commissioning carried out in 2009 has proved that we have a pretty good understanding of the behaviour of the relation field-current in the LHC magnets and of its reproducibility. In this paper we summarize the main issues of beam commissioning as far as the magnetic model is concerned. An outline of what can be expected in 2010, when the LHC will be pushed to 3.5 TeV, is also given.CERN-ATS-2011-189oai:cds.cern.ch:12816472010 |
| spellingShingle | Accelerators and Storage Rings Auchmann, B Bottura, L Buzio, M Deniau, L Fiscarelli, L Giovannozzi, M Hagen, P Lamont, M Montenero, G Mueller, G Pereira, M Redaelli, S Remondino, V Schmidt, F Steinhagen, R Strzelczyk, M Tomas Garcia, R Todesco, E Delsolaro, W Venturini Walckiers, L Wenninger, J Wolf, R Zimmermann, F The magnetic model of the large hadron collider |
| title | The magnetic model of the large hadron collider |
| title_full | The magnetic model of the large hadron collider |
| title_fullStr | The magnetic model of the large hadron collider |
| title_full_unstemmed | The magnetic model of the large hadron collider |
| title_short | The magnetic model of the large hadron collider |
| title_sort | magnetic model of the large hadron collider |
| topic | Accelerators and Storage Rings |
| url | http://cds.cern.ch/record/1281647 |
| work_keys_str_mv | AT auchmannb themagneticmodelofthelargehadroncollider AT bottural themagneticmodelofthelargehadroncollider AT buziom themagneticmodelofthelargehadroncollider AT deniaul themagneticmodelofthelargehadroncollider AT fiscarellil themagneticmodelofthelargehadroncollider AT giovannozzim themagneticmodelofthelargehadroncollider AT hagenp themagneticmodelofthelargehadroncollider AT lamontm themagneticmodelofthelargehadroncollider AT montenerog themagneticmodelofthelargehadroncollider AT muellerg themagneticmodelofthelargehadroncollider AT pereiram themagneticmodelofthelargehadroncollider AT redaellis themagneticmodelofthelargehadroncollider AT remondinov themagneticmodelofthelargehadroncollider AT schmidtf themagneticmodelofthelargehadroncollider AT steinhagenr themagneticmodelofthelargehadroncollider AT strzelczykm themagneticmodelofthelargehadroncollider AT tomasgarciar themagneticmodelofthelargehadroncollider AT todescoe themagneticmodelofthelargehadroncollider AT delsolarowventurini themagneticmodelofthelargehadroncollider AT walckiersl themagneticmodelofthelargehadroncollider AT wenningerj themagneticmodelofthelargehadroncollider AT wolfr themagneticmodelofthelargehadroncollider AT zimmermannf themagneticmodelofthelargehadroncollider AT auchmannb magneticmodelofthelargehadroncollider AT bottural magneticmodelofthelargehadroncollider AT buziom magneticmodelofthelargehadroncollider AT deniaul magneticmodelofthelargehadroncollider AT fiscarellil magneticmodelofthelargehadroncollider AT giovannozzim magneticmodelofthelargehadroncollider AT hagenp magneticmodelofthelargehadroncollider AT lamontm magneticmodelofthelargehadroncollider AT montenerog magneticmodelofthelargehadroncollider AT muellerg magneticmodelofthelargehadroncollider AT pereiram magneticmodelofthelargehadroncollider AT redaellis magneticmodelofthelargehadroncollider AT remondinov magneticmodelofthelargehadroncollider AT schmidtf magneticmodelofthelargehadroncollider AT steinhagenr magneticmodelofthelargehadroncollider AT strzelczykm magneticmodelofthelargehadroncollider AT tomasgarciar magneticmodelofthelargehadroncollider AT todescoe magneticmodelofthelargehadroncollider AT delsolarowventurini magneticmodelofthelargehadroncollider AT walckiersl magneticmodelofthelargehadroncollider AT wenningerj magneticmodelofthelargehadroncollider AT wolfr magneticmodelofthelargehadroncollider AT zimmermannf magneticmodelofthelargehadroncollider |