Add to ORKGThe Large Hadron Collider (LHC) under operation at CERN is colliding 3.5 TeV hadron beams which are gradually increased in intensity and luminosity. Consequently, beam-induced heating on the beam screens and on the magnet cold masses starts to be observable on the LHC cryogenic system. This paper recalls the cooling principle of the magnet cold masses and beam screens in the LHC standard cells, describes the methods applied for assessing the beam-induced heating, discusses the experimental limitations and compares measurements with expected values
The topic of this thesis concerns the LHC, the next large particle accelerator at CERN which will st...
Since June 2011 the rapid increase of the luminosity performance of the LHC has come at the expense ...
During Run 1 of the LHC the injection kicker magnets caused occasional operational delays due to bea...
The new beam screens for the inner triplets in the HL-LHC are designed to intercept heat loads of up...
Dynamic heat loads are deposited in the LHC cryo-assemblies through several processes, in particular...
The CERN Large Hadron Collider is equipped with two fast single-turn injection kicker systems that d...
The CERN Large Hadron Collider LHC is equipped with two fast pulsed magnet systems (MKIs) that injec...
During the LHC beam commissioning, the cryogenic system must fulfil its requirements and give maximu...
This paper presents the different control strategies deployed in the LHC cryogenic system in order t...
Applied superconductivity has become a key enabling technology for high-energy particle accelerators...
The High Luminosity LHC project (HL-LHC) aims at increasing the luminosity (rate of collisions) in t...
The two LHC injection kicker systems produce an integrated field strength of 1.3 T·m with a flattop ...
Since June 2011 the rapid increase of the luminosity performance of the LHC has come at the expense ...
Full-scale thermal models for the Large Hadron Collider (LHC) accelerator cryogenic system have been...
The LHC beams are producing significant dynamic heat loads on the LHC cryogenic system. These heat l...
The topic of this thesis concerns the LHC, the next large particle accelerator at CERN which will st...
Since June 2011 the rapid increase of the luminosity performance of the LHC has come at the expense ...
During Run 1 of the LHC the injection kicker magnets caused occasional operational delays due to bea...
The new beam screens for the inner triplets in the HL-LHC are designed to intercept heat loads of up...
Dynamic heat loads are deposited in the LHC cryo-assemblies through several processes, in particular...
The CERN Large Hadron Collider is equipped with two fast single-turn injection kicker systems that d...
The CERN Large Hadron Collider LHC is equipped with two fast pulsed magnet systems (MKIs) that injec...
During the LHC beam commissioning, the cryogenic system must fulfil its requirements and give maximu...
This paper presents the different control strategies deployed in the LHC cryogenic system in order t...
Applied superconductivity has become a key enabling technology for high-energy particle accelerators...
The High Luminosity LHC project (HL-LHC) aims at increasing the luminosity (rate of collisions) in t...
The two LHC injection kicker systems produce an integrated field strength of 1.3 T·m with a flattop ...
Since June 2011 the rapid increase of the luminosity performance of the LHC has come at the expense ...
Full-scale thermal models for the Large Hadron Collider (LHC) accelerator cryogenic system have been...
The LHC beams are producing significant dynamic heat loads on the LHC cryogenic system. These heat l...
The topic of this thesis concerns the LHC, the next large particle accelerator at CERN which will st...
Since June 2011 the rapid increase of the luminosity performance of the LHC has come at the expense ...
During Run 1 of the LHC the injection kicker magnets caused occasional operational delays due to bea...