A collaboration agreement between CERN and CEA-Saclay resulted in the successful development and construction of prototypes of the LHC main superconducting quadrupole magnets and their assembly into cold masses. A call for tender was issued in October 1999 and led to the adjudication of a contract to ACCEL Instruments. A number of components will be provided by CERN to be used either directly by ACCEL for integration into the cold mass units or by sub-suppliers before delivery to ACCEL. During the series fabrication CEA's engineers and technicians, already experienced from their prototype work, will ensure the technology transfer and the technical follow up in the factory. ACCEL had to adapt two large fabrication halls to the needs of the m...
CERN's Large Hadron Collider (LHC) requires 48 twin aperture resistive quadrupoles in the beam clean...
The series production of the LHC SSS has started in the beginning of 2004 and is foreseen to last un...
The final interconnections of the LHC superconducting magnets in the underground tunnel are performe...
Three hundred and sixty main quadrupole (MQ) magnets will perform the principal beam focusing around...
By the end of August 2005 about 320 of the 400 main LHC quadrupole magnets have been fabricated and ...
The series production of the LHC main dipole magnets was completed in November 2006. This paper pres...
Each cold mass of the short straight sections in the eight LHC arcs will contain a 3.25 m long twin ...
During more than five years a close collaboration between CERN and CEA-Saclay led to the development...
The LHC insertions are equipped with individually powered superconducting quadrupole assemblies comp...
In 2001, the project management decided to perform at CERN the final assembly of the LHC superconduc...
After several years of effort, the construction of the superconducting matching quadrupoles for the ...
The development of the magnets for the CERN LHC is progressing from the stage of 1 m long model magn...
The construction of three prototype arc quadrupoles for the LHC machine has been concluded successfu...
In 1996 CERN negotiated a contract with Cockerill Sambre â ARCELOR Group for the supply of 50Â 000 t...
After the successful construction of two first-generation prototypes of the main quadrupoles for the...
CERN's Large Hadron Collider (LHC) requires 48 twin aperture resistive quadrupoles in the beam clean...
The series production of the LHC SSS has started in the beginning of 2004 and is foreseen to last un...
The final interconnections of the LHC superconducting magnets in the underground tunnel are performe...
Three hundred and sixty main quadrupole (MQ) magnets will perform the principal beam focusing around...
By the end of August 2005 about 320 of the 400 main LHC quadrupole magnets have been fabricated and ...
The series production of the LHC main dipole magnets was completed in November 2006. This paper pres...
Each cold mass of the short straight sections in the eight LHC arcs will contain a 3.25 m long twin ...
During more than five years a close collaboration between CERN and CEA-Saclay led to the development...
The LHC insertions are equipped with individually powered superconducting quadrupole assemblies comp...
In 2001, the project management decided to perform at CERN the final assembly of the LHC superconduc...
After several years of effort, the construction of the superconducting matching quadrupoles for the ...
The development of the magnets for the CERN LHC is progressing from the stage of 1 m long model magn...
The construction of three prototype arc quadrupoles for the LHC machine has been concluded successfu...
In 1996 CERN negotiated a contract with Cockerill Sambre â ARCELOR Group for the supply of 50Â 000 t...
After the successful construction of two first-generation prototypes of the main quadrupoles for the...
CERN's Large Hadron Collider (LHC) requires 48 twin aperture resistive quadrupoles in the beam clean...
The series production of the LHC SSS has started in the beginning of 2004 and is foreseen to last un...
The final interconnections of the LHC superconducting magnets in the underground tunnel are performe...