This paper presents the results of a comprehensive analysis, from the geometric point of view, of the LHC dipoles up to now manufactured. The progressive downgrading of the magnet imposed shape has been monitored from the first magnet assembly stage to after the cold test. The efficiency of the corrective re-shaping action is critically undermined by the analysis results. Data concerning the error on sagitta, end positions and sextupolar corrector positions are provided for the magnets produced up to July 2003. Implications of aligning out-of-tolerance dipoles by the ends are also discussed
Magnetic field measurements are an important tool to monitor the LHC main dipole production. In this...
The influence of the geometry of the collars in the main LHC dipole on the magnetic field harmonics ...
We have measured the magnetic field at room temperature and at 1.8 K on more than twenty, 1-m long, ...
The main lines of discussion and analysis for the LHC dipole geometry are related to the shape of th...
The stability of the geometry of the superconducting coils is essential to the field homogeneity of ...
The LHC dipoles magnets are produced in 5 industrial production sites in Europe. The production is w...
The 15 m long LHC superconducting dipole magnets, which contain two beam channels in a common mechan...
In order to provide the necessary mechanical aperture for the LHC beam, the main dipole cold masses ...
The 15 m long main dipoles for the Large Hadron Collider have now been installed in their final posi...
This note summarizes the geometrical measurements made in SMI2 on a list of 14 LHC cryo-dipoles and ...
The stability of the geometry of the superconducting coils is essential to the field homogeneity of ...
The detailed shape of the 15 m long superconducting LHC dipole cold mass is of high importance as it...
The transition region between the straight part and the ends of the coils of the LHC model and proto...
In this work a detailed analysis of the influence of the mechanical components and the assembly proc...
In superconducting magnets for particle accelerators the mechanical accuracy along the length of the...
Magnetic field measurements are an important tool to monitor the LHC main dipole production. In this...
The influence of the geometry of the collars in the main LHC dipole on the magnetic field harmonics ...
We have measured the magnetic field at room temperature and at 1.8 K on more than twenty, 1-m long, ...
The main lines of discussion and analysis for the LHC dipole geometry are related to the shape of th...
The stability of the geometry of the superconducting coils is essential to the field homogeneity of ...
The LHC dipoles magnets are produced in 5 industrial production sites in Europe. The production is w...
The 15 m long LHC superconducting dipole magnets, which contain two beam channels in a common mechan...
In order to provide the necessary mechanical aperture for the LHC beam, the main dipole cold masses ...
The 15 m long main dipoles for the Large Hadron Collider have now been installed in their final posi...
This note summarizes the geometrical measurements made in SMI2 on a list of 14 LHC cryo-dipoles and ...
The stability of the geometry of the superconducting coils is essential to the field homogeneity of ...
The detailed shape of the 15 m long superconducting LHC dipole cold mass is of high importance as it...
The transition region between the straight part and the ends of the coils of the LHC model and proto...
In this work a detailed analysis of the influence of the mechanical components and the assembly proc...
In superconducting magnets for particle accelerators the mechanical accuracy along the length of the...
Magnetic field measurements are an important tool to monitor the LHC main dipole production. In this...
The influence of the geometry of the collars in the main LHC dipole on the magnetic field harmonics ...
We have measured the magnetic field at room temperature and at 1.8 K on more than twenty, 1-m long, ...