Add to ORKGAdjusting luminosity and optimizing the luminous region in each interaction point of the LHC according to the experiments needs has become a requirement to maximize the efficiency of the different detectors. Several techniques are envisaged, most importantly by varying β∗ or a transverse offset at the interaction point. Coherent and incoherent stability in the presence of beam-beam effects will be discussed in realistic luminosity levelling scenarios for the LHC
This thesis adresses several approaches with the common goal of assessing, understanding and improvi...
The very high luminosity foreseen for the LHC luminosity upgrade entails in all cases a significant ...
Once circulating beams have been established residual transverse offsets remain at the interaction p...
To keep the luminosity under control, some experiments require the adjustment of the luminosity duri...
Maintaining head-on collisions over many hours is an important aspect of optimizing the performance ...
We present the possibilities for doing luminosity lev-elling at the LHC. We explore the merits and d...
We review the beam parameters available for the LHC upgrade (intensities, betas, crossing angles, et...
The upgrade of the LHC from the current set-up to high luminosity performances will provide new chal...
The HL-LHC project foresees to boost the LHC peak luminosity beyond the capabilities of the LHC expe...
We present the possibilities for doing luminosity levelling at the LHC. We explore the merits and dr...
The practice of luminosity levelling with an offset beam has been used as a routine operation in the...
Growing expectations for integrated luminosity during upcoming LHC runs introduce new challenges for...
This paper gives an overview of possibilities for luminos-ity leveling in the LHC Run 2. Different s...
Observations of instabilities while leveling luminosity with a transverse offset at the interaction ...
The very high luminosity foreseen for the LHC luminosity upgrade entails in all cases a significant ...
This thesis adresses several approaches with the common goal of assessing, understanding and improvi...
The very high luminosity foreseen for the LHC luminosity upgrade entails in all cases a significant ...
Once circulating beams have been established residual transverse offsets remain at the interaction p...
To keep the luminosity under control, some experiments require the adjustment of the luminosity duri...
Maintaining head-on collisions over many hours is an important aspect of optimizing the performance ...
We present the possibilities for doing luminosity lev-elling at the LHC. We explore the merits and d...
We review the beam parameters available for the LHC upgrade (intensities, betas, crossing angles, et...
The upgrade of the LHC from the current set-up to high luminosity performances will provide new chal...
The HL-LHC project foresees to boost the LHC peak luminosity beyond the capabilities of the LHC expe...
We present the possibilities for doing luminosity levelling at the LHC. We explore the merits and dr...
The practice of luminosity levelling with an offset beam has been used as a routine operation in the...
Growing expectations for integrated luminosity during upcoming LHC runs introduce new challenges for...
This paper gives an overview of possibilities for luminos-ity leveling in the LHC Run 2. Different s...
Observations of instabilities while leveling luminosity with a transverse offset at the interaction ...
The very high luminosity foreseen for the LHC luminosity upgrade entails in all cases a significant ...
This thesis adresses several approaches with the common goal of assessing, understanding and improvi...
The very high luminosity foreseen for the LHC luminosity upgrade entails in all cases a significant ...
Once circulating beams have been established residual transverse offsets remain at the interaction p...