social-media
ATLAS Experiment CERN
ATLAS toroid magnet barrel
A view of the toroid barrel magnets
ATLAS toroid magnet barrel
The eight torodial magnets can be...
ATLAS toroid magnet barrel
The eight torodial magnets can be...
ATLAS toroid magnet barrel
The first barrel toroid magnet is...
ATLAS toroid magnet barrel
The first barrel toroid magnet is...
ATLAS toroid magnet barrel
The first barrel toroid magnet is...
ATLAS toroid magnet barrel
Working between toroids
ATLAS toroid magnet barrel
The last barrel toroid magnet is placed...
ATLAS toroid magnet barrel
The last barrel toroid magnet is placed...
ATLAS toroid magnet barrel
Photographs of work on the ATLAS...
ATLAS toroid magnet barrel
Photographs of work on the ATLAS...
ATLAS toroid magnet barrel
The last barrel toroid magnet to be...
ATLAS toroid magnet barrel
Barrel-toroid: BT-1: transport
ATLAS toroid magnet barrel
Transport from Spain...
ATLAS toroid magnet barrel
First assembly phase for the ATLAS...
ATLAS toroid magnet barrel
First assembly phase for the ATLAS...
ATLAS toroid magnet barrel
"Les Troyens" set piece...
Download

 

Lo resolution

 

Hi resolution
A view of the toroid barrel magnets. November 2005
Photo #: 0511014_03
Download

 

Lo resolution

 

Hi resolution
The eight torodial magnets can be seen on the huge ATLAS detector with the calorimeter before it is moved into the middle of the detector. This calorimeter will measure the energies of particles produced when protons collide in the centre of the detector. ATLAS will work along side the CMS experiment to search for new physics at the 14 TeV level.
Photo #: 0511013_02
Download

 

Lo resolution

 

Hi resolution
The eight torodial magnets can be seen on the huge ATLAS detector with the calorimeter before it is moved into the middle of the detector. This calorimeter will measure the energies of particles produced when protons collide in the centre of the detector. ATLAS will work along side the CMS experiment to search for new physics at the 14 TeV level.
Photo #: 0511013_01
Download

 

Lo resolution

 

Hi resolution
The first barrel toroid magnet is lowered into the cavern. October 2004
Photo #: inst-2004-178
Download

 

Lo resolution

 

Hi resolution
The first barrel toroid magnet is lowered into the cavern. October 2004
Photo #: inst-2004-220
Download

 

Lo resolution

 

Hi resolution
The first barrel toroid magnet is lowered into the cavern. October 2004
Photo #: inst-2004-183
Download

 

Lo resolution

 

Hi resolution
Working between toroids. Feruary 2006
Photo #: 0602023_02
Download

 

Lo resolution

 

Hi resolution
The last barrel toroid magnet is placed into it's final position. August 2005
Photo #: inst-2005-137
Download

 

Lo resolution

 

Hi resolution
The last barrel toroid magnet is placed into it's final position. August 2005
Photo #: inst-2005-118
Download

 

Lo resolution

 

Hi resolution
Photographs of work on the ATLAS barrel toroid coil casings at CERN in August 2003. © Peter Guinte
Photo #: magnet-2004-001
Download

 

Lo resolution

 

Hi resolution
Photographs of work on the ATLAS barrel toroid coil casings at CERN in August 2003. © Peter Guinte
Photo #: magnet-2004-001_04
Download

 

Lo resolution

 

Hi resolution
The last barrel toroid magnet to be lowered into the cavern.
Photo #: inst-2005-099
Download

 

Lo resolution

 

Hi resolution
Barrel-toroid: BT-1: transport. November 2003 © Peter Guinte
Photo #: inst-2003-201
Download

 

Lo resolution

 

Hi resolution
First assembly phase for the ATLAS toroid coils. The ATLAS barrel toroid system consists of eight coils, each of axial length 25.3 m, assembled radially and symmetrically around the beam axis. The coils are of a flat racetrack type with two double-pancake windings made of 20.5 kA aluminium-stabilized niobium-titanium superconductor. In the first phase of assembly, the two 'pancakes' are packed into their vacuum vessel. This is done using bladders filled with resin and glass microbeads under pressure. The resin is heated and, once cooled, holds the pancakes in place. The operation has to be performed on both sides of the coil, which necessitated a special technique to turn the coils over and then transport them to the heating table. January 2003
Photo #: 0301007_03
Download

 

Lo resolution

 

Hi resolution
First assembly phase for the ATLAS toroid coils. The ATLAS barrel toroid system consists of eight coils, each of axial length 25.3 m, assembled radially and symmetrically around the beam axis. The coils are of a flat racetrack type with two double-pancake windings made of 20.5 kA aluminium-stabilized niobium-titanium superconductor. In the first phase of assembly, the two 'pancakes' are packed into their vacuum vessel. This is done using bladders filled with resin and glass microbeads under pressure. The resin is heated and, once cooled, holds the pancakes in place. The operation has to be performed on both sides of the coil, which necessitated a special technique to turn the coils over and then transport them to the heating table. January 2003
Photo #: 0301017_01
Download

 

Lo resolution

 

Hi resolution
Transport from Spain to CERN of a vacuum vessel for the ATLAS barrel toroid magnet-system. November 2003
Photo #: magnet-2004-002_05
Download

 

Lo resolution

 

Hector Berlioz, "Les Troyens", opera in five acts. Valencia, Palau de les Arts Reina Sofia, 31 October - 12 November 2009
Photo #: magnet-opera