For the LHC lattice Version 5, 6D tracking studies have been performed at injection energy over a wide range of fractional tunes and for three different distances from the tune diagonal (Qx - Qz - 0) The aim was to find optimal pairs of tune. to this end 100o turn tracking was performed for 60 different representations of the dipole and quadrupole errors. In tune regions with largest short-term dynamic apertures the tracking has been prolonged to 100 000 turns to confirm the long-term particle stability at these pairs of tunes
The systematic dodecapole component in the Main Quadrupoles of the LHC lattice has a strong influenc...
The design of large super-conducting hadron colliders re-lies heavily on the evaluation of the dynam...
At present, the LHC operates with a different fractional tunes at injection and at collision energy ...
The choice of a working point in the betatron tune diagram is very important for the design of a col...
The limitations of the dynamic aperture due to field errors of the super–conducting magnets is a not...
Extensive Tracking Studies have been performed for a realistic model of the LHC at the injection ene...
The dynamic aperture (D.A.) of the LHC is estimated by tracking a thin-lens model of the lattice ove...
In 1996, the expected field errors in the dipoles and quadrupoles yielded a long-term dynamic apertu...
Simulations of the HL-LHC dynamic aperture (DA) at collision energy and in the presence of beam-beam...
Abstract The dynamic aperture of the next gener-ation of hadron colliders will be strongly limited b...
Nonlinear magnetic fields in conjunction with tune modulation may lead to chaotic particle motion an...
The tune of the Large Hadron Collider (LHC) mainly depends on the strength of the quadrupole magnets...
Since quite some time, dynamic aperture studies have been undertaken with the aim of specifying the ...
We performed extended simulations of LHC dynamic aperture (DA) in the presence of beam-beam effects ...
After two years of shutdown, the Large Hadron Collider (LHC) has been operated in 2015 at 6.5 TeV, c...
The systematic dodecapole component in the Main Quadrupoles of the LHC lattice has a strong influenc...
The design of large super-conducting hadron colliders re-lies heavily on the evaluation of the dynam...
At present, the LHC operates with a different fractional tunes at injection and at collision energy ...
The choice of a working point in the betatron tune diagram is very important for the design of a col...
The limitations of the dynamic aperture due to field errors of the super–conducting magnets is a not...
Extensive Tracking Studies have been performed for a realistic model of the LHC at the injection ene...
The dynamic aperture (D.A.) of the LHC is estimated by tracking a thin-lens model of the lattice ove...
In 1996, the expected field errors in the dipoles and quadrupoles yielded a long-term dynamic apertu...
Simulations of the HL-LHC dynamic aperture (DA) at collision energy and in the presence of beam-beam...
Abstract The dynamic aperture of the next gener-ation of hadron colliders will be strongly limited b...
Nonlinear magnetic fields in conjunction with tune modulation may lead to chaotic particle motion an...
The tune of the Large Hadron Collider (LHC) mainly depends on the strength of the quadrupole magnets...
Since quite some time, dynamic aperture studies have been undertaken with the aim of specifying the ...
We performed extended simulations of LHC dynamic aperture (DA) in the presence of beam-beam effects ...
After two years of shutdown, the Large Hadron Collider (LHC) has been operated in 2015 at 6.5 TeV, c...
The systematic dodecapole component in the Main Quadrupoles of the LHC lattice has a strong influenc...
The design of large super-conducting hadron colliders re-lies heavily on the evaluation of the dynam...
At present, the LHC operates with a different fractional tunes at injection and at collision energy ...