The preseries production of the LHC main superconducting dipoles is presently being tested at CERN. The foremost features of these magnets are: twin structure, six block two layer coils wound from 15.1 mm wide graded NbTi cables, 56 mm aperture, polylmide insulation and stainless steel collars. This paper reviews the main test results of magnets tested to day in both normal and superfluid helium. The results of the training performance, magnet protection, electrical integrity and the field quality are presented in terms of the specifications and expected performance of these magnets in the future accelerator
The series testing at 1.9 K of the 360 Short Straight Sections (SSS) for the Large Hadron Collider h...
A number of twin aperture, 10 m long, model dipole magnets for the LHC Project have been built and t...
CERN and INFN are jointly building the first full-size superconducting dipole prototype for the LHC....
Within the LHC magnet program a series production of superconducting dipoles and quadrupoles has rec...
The regular lattice of the Large Hadron Collider (LHC) will make use of more than 1600 main magnets ...
Within the LHC magnet research and development programme, a series of single aperture 1m long models...
We report the main results of the magnetic field measurements performed on the full-size LHC superco...
In August 2006, about 95 % of the production of the 1232 LHC superconducting dipole cold masses, who...
In August 2006, about 95% of the production of the 1232 LHC superconducting dipole cold masses, whos...
A full characterization of the magnetic field in warm and cold conditions was performed as a part of...
The field strength and homogeneity of all the LHC superconducting magnets were measured as a part of...
The Short Straight Section (SSS) for the Large Hadron Collider arcs, containing in a common cryostat...
The LHC will be composed of 1232 horizontally curved, 15-meter long, superconducting dipole assembli...
The Short Straight Section (SSS) for the Large Hadron Collider arcs, containing in a common cryostat...
At present about 90% of the main dipoles for the LHC have been manufactured and one of the three col...
The series testing at 1.9 K of the 360 Short Straight Sections (SSS) for the Large Hadron Collider h...
A number of twin aperture, 10 m long, model dipole magnets for the LHC Project have been built and t...
CERN and INFN are jointly building the first full-size superconducting dipole prototype for the LHC....
Within the LHC magnet program a series production of superconducting dipoles and quadrupoles has rec...
The regular lattice of the Large Hadron Collider (LHC) will make use of more than 1600 main magnets ...
Within the LHC magnet research and development programme, a series of single aperture 1m long models...
We report the main results of the magnetic field measurements performed on the full-size LHC superco...
In August 2006, about 95 % of the production of the 1232 LHC superconducting dipole cold masses, who...
In August 2006, about 95% of the production of the 1232 LHC superconducting dipole cold masses, whos...
A full characterization of the magnetic field in warm and cold conditions was performed as a part of...
The field strength and homogeneity of all the LHC superconducting magnets were measured as a part of...
The Short Straight Section (SSS) for the Large Hadron Collider arcs, containing in a common cryostat...
The LHC will be composed of 1232 horizontally curved, 15-meter long, superconducting dipole assembli...
The Short Straight Section (SSS) for the Large Hadron Collider arcs, containing in a common cryostat...
At present about 90% of the main dipoles for the LHC have been manufactured and one of the three col...
The series testing at 1.9 K of the 360 Short Straight Sections (SSS) for the Large Hadron Collider h...
A number of twin aperture, 10 m long, model dipole magnets for the LHC Project have been built and t...
CERN and INFN are jointly building the first full-size superconducting dipole prototype for the LHC....