Add to ORKGIn high brightness colliders, the tune spread due to the collisions has a significant impact on the quality of the beams. The impact of the working point on emittance growth and beam lifetime has been observed in beam experiments in LHC. Strong-strong beam-beam simulations that were accomplished to better understand such observations are shown. Compared to experiments, wide ranged parameter scans can be done easily. Tune footprints and scans of the emittance growth obtained from simulations are discussed. Three cases are considered: Very high intensity, moderate intensity and collisions with separated beams
A weak-strong simulation code is used to study the single-particle stability in the presence of trip...
LHC upgrades are being considered both towards higher luminosity (HL-LHC) and towards higher energy ...
Long-range beam-beam interactions can cause signif-icant degradation of beam quality and lifetime in...
Investigating the beam-beam limit in the LHC is of great importance, since identifying its source is...
In this experiment (fills 1765, 1766) we have collided bunches with highest brightness, i.e. small e...
Dedicated experiments were perfomed in the LHC to study the impact of noise on colliding high bright...
In Hadron colliders, luminosity degrade various mechanism. Beam-beam related emittance growth is cau...
The emittance growth in the HL-LHC due to beam– beam effects is examined by virtue of strong–strong ...
The CERN-LHC is a high energy particle collider, where intense proton bunches are brought into colli...
Luminosity, the key figure of merit of a collider as the LHC, depends on the brightness of the colli...
First observations with colliding beams in the LHC with bunch intensities close to nominal and above...
The transverse emittance growth rate of colliding hadron beams driven by external sources of noise i...
Some beam-beam simulations are presented for the LHC beam parameters of late 2012, with collisions a...
The results of an experiment aiming at colliding high brightness bunches at 6.5 TeV in the LHC and p...
Strong-strong beam-beam simulations are employed to investigate the noise sensitivity of the emittan...
A weak-strong simulation code is used to study the single-particle stability in the presence of trip...
LHC upgrades are being considered both towards higher luminosity (HL-LHC) and towards higher energy ...
Long-range beam-beam interactions can cause signif-icant degradation of beam quality and lifetime in...
Investigating the beam-beam limit in the LHC is of great importance, since identifying its source is...
In this experiment (fills 1765, 1766) we have collided bunches with highest brightness, i.e. small e...
Dedicated experiments were perfomed in the LHC to study the impact of noise on colliding high bright...
In Hadron colliders, luminosity degrade various mechanism. Beam-beam related emittance growth is cau...
The emittance growth in the HL-LHC due to beam– beam effects is examined by virtue of strong–strong ...
The CERN-LHC is a high energy particle collider, where intense proton bunches are brought into colli...
Luminosity, the key figure of merit of a collider as the LHC, depends on the brightness of the colli...
First observations with colliding beams in the LHC with bunch intensities close to nominal and above...
The transverse emittance growth rate of colliding hadron beams driven by external sources of noise i...
Some beam-beam simulations are presented for the LHC beam parameters of late 2012, with collisions a...
The results of an experiment aiming at colliding high brightness bunches at 6.5 TeV in the LHC and p...
Strong-strong beam-beam simulations are employed to investigate the noise sensitivity of the emittan...
A weak-strong simulation code is used to study the single-particle stability in the presence of trip...
LHC upgrades are being considered both towards higher luminosity (HL-LHC) and towards higher energy ...
Long-range beam-beam interactions can cause signif-icant degradation of beam quality and lifetime in...