The LHC superconducting lattice dipole magnets are presently under construction in three European industries. Due to the stringent magnet performance required for the LHC, these magnets have to be built with high accuracy during all the steps of their assembly. In order to detect defects in the earliest industrial production phases and to ensure the quality of the magnetic field as specified by the CERN contracts, dedicated measurement benches have been built and installed in each assembly company to validate the magnetic field quality at two important production stages: the collared coils and the final cold mass. This paper describes the initial requirements and the implementation of the magnetic measurement systems. Details on the technic...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
The LHC cryomagnets are made with several types of magnets which all need to be aligned. Both magnet...
Beam optics of the LHC accelerator require stringent control of the field quality of the main dipole...
Field measuring systems operating at room temperature have been installed on each magnet manufacture...
A magnetic measurement system operating at room temperature in the firms is essential for acceptance...
The result of the magnetic measurements after the cold mass assembly is a holding point for the prod...
Extensive power tests of the LHC dipole magnets required the development of new techniques to study ...
The LHC will incorporate about 7600 superconducting single aperture corrector magnets mounted in the...
The LHC will be composed of 1232 horizontally curved, 15-meter long, superconducting dipole assembli...
The LHC dipoles magnets are produced in 5 industrial production sites in Europe. The production is w...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
In agreement with CERN the LASA laboratory of INFN (National Institute for Nuclear Physics) of Milan...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
The Large Hadron Collider (LHC) will use some 7600 superconducting corrector magnets. The magnetic f...
The Large Hadron Collider (LHC) will use some 7600 superconducting corrector magnets. The magnetic f...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
The LHC cryomagnets are made with several types of magnets which all need to be aligned. Both magnet...
Beam optics of the LHC accelerator require stringent control of the field quality of the main dipole...
Field measuring systems operating at room temperature have been installed on each magnet manufacture...
A magnetic measurement system operating at room temperature in the firms is essential for acceptance...
The result of the magnetic measurements after the cold mass assembly is a holding point for the prod...
Extensive power tests of the LHC dipole magnets required the development of new techniques to study ...
The LHC will incorporate about 7600 superconducting single aperture corrector magnets mounted in the...
The LHC will be composed of 1232 horizontally curved, 15-meter long, superconducting dipole assembli...
The LHC dipoles magnets are produced in 5 industrial production sites in Europe. The production is w...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
In agreement with CERN the LASA laboratory of INFN (National Institute for Nuclear Physics) of Milan...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
The Large Hadron Collider (LHC) will use some 7600 superconducting corrector magnets. The magnetic f...
The Large Hadron Collider (LHC) will use some 7600 superconducting corrector magnets. The magnetic f...
Production of 18 superconducting low-beta quadrupoles (MQXB) for the LHC is well advanced. These 5.5...
The LHC cryomagnets are made with several types of magnets which all need to be aligned. Both magnet...
Beam optics of the LHC accelerator require stringent control of the field quality of the main dipole...