Add to ORKGOne of the main purposes of tracking simulations for collimation studies is to produce loss maps along the LHC ring, in order to identify the level of local beam losses during nominal and abnormal operation scenarios. The SixTrack program is the standard tracking tool used at CERN to perform these studies. Recently, it was expanded in order to evaluate the proton load on different collimators in case of fast beam failures. Simulations are compared with beam measurements at 4 TeV. Combined failures are assumed which provide worst-case scenarios of the load on tungsten tertiary collimators
The collimation system in the beam cleaning insertion IR7 of the future Large Hadron Collider (LHC) ...
A prototype of an LHC collimator has been tested with proton beams at the CERN SPS. The interaction ...
The Large Hadron Collider is designed to accelerate protons at the unprecedented energy of 7 TeV. Wi...
One of the main purposes of tracking simulations for collimation studies is to produce loss maps al...
The LHC collimation system protects passively the most sensitive machine equipment against beam loss...
State-of-the-art tracking tools were developed at CERN to determine the cleaning efficiency of the L...
Monitoring and minimization of beam losses is increasingly important for high-intensity and supercon...
The LHC beams are designed to have high stability and to be stored for many hours. The nominal beam ...
The LHC beams are designed to have high stability and to be stored for many hours. The nominal beam ...
At LHC, beam losses, with about 360 MJ of stored en-ergy per beam at nominal collision operation, ar...
The cleaning inefficiency of the LHC collimation system for the operational scenarios in 2010-12 has...
The accelerator physics code MERLIN has been extended in many areas to make detailed studies of the ...
The LHC collimation system, which protects the LHC hardware from undesired beam loss, is less effici...
International audienceThe accelerator physics code MERLIN has been extended in many areas to make de...
The Large Hadron Collider (LHC) at CERN pushes forward to new regimes in terms of beam energy and in...
The collimation system in the beam cleaning insertion IR7 of the future Large Hadron Collider (LHC) ...
A prototype of an LHC collimator has been tested with proton beams at the CERN SPS. The interaction ...
The Large Hadron Collider is designed to accelerate protons at the unprecedented energy of 7 TeV. Wi...
One of the main purposes of tracking simulations for collimation studies is to produce loss maps al...
The LHC collimation system protects passively the most sensitive machine equipment against beam loss...
State-of-the-art tracking tools were developed at CERN to determine the cleaning efficiency of the L...
Monitoring and minimization of beam losses is increasingly important for high-intensity and supercon...
The LHC beams are designed to have high stability and to be stored for many hours. The nominal beam ...
The LHC beams are designed to have high stability and to be stored for many hours. The nominal beam ...
At LHC, beam losses, with about 360 MJ of stored en-ergy per beam at nominal collision operation, ar...
The cleaning inefficiency of the LHC collimation system for the operational scenarios in 2010-12 has...
The accelerator physics code MERLIN has been extended in many areas to make detailed studies of the ...
The LHC collimation system, which protects the LHC hardware from undesired beam loss, is less effici...
International audienceThe accelerator physics code MERLIN has been extended in many areas to make de...
The Large Hadron Collider (LHC) at CERN pushes forward to new regimes in terms of beam energy and in...
The collimation system in the beam cleaning insertion IR7 of the future Large Hadron Collider (LHC) ...
A prototype of an LHC collimator has been tested with proton beams at the CERN SPS. The interaction ...
The Large Hadron Collider is designed to accelerate protons at the unprecedented energy of 7 TeV. Wi...