Add to ORKGDuring this MD, the capabilities of an active halo control for beam tail depletion in the LHC were tested. The method avails oneself the Transverse Damper (ADT) to perform a narrow-band excitation
Experimental measurements of beam halo diffusion dynamics with collimator scans are reviewed. The co...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
Transverse coupling has been linked to instabilities and reduction in dynamic aperture and is hence ...
The beam halo population is a non-negligible factor for the performance of the LHC collimation syste...
The beam halo population is a non-negligible factor for the performance of the LHC collimation syste...
The transverse damper in LHC can be used to excite transverse oscillations in both planes for variou...
This paper demonstrates that transverse beam halos can be controlled by combining nonlinear focusing...
Transverse coupling has proven to be an important variable to control beam dynamics and performance ...
The results of an experiment aiming at determining indirectly the noise level in the LHC, isolating ...
Transverse excitation of stored particle beams is required for a number of applications in accelerat...
With the increase in intensity of the Fermilab Booster accelera-tor to over 3x1012 p's/pulse, a...
Landau damping is an essential mechanism for ensuring the transverse beam stability in LHC and its u...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
The transverse damper system (ADT) plays an important role in the preservation of the beam transvers...
The fast beam losses in the order of 1 ms are expected to be a potential major luminosity limitation...
Experimental measurements of beam halo diffusion dynamics with collimator scans are reviewed. The co...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
Transverse coupling has been linked to instabilities and reduction in dynamic aperture and is hence ...
The beam halo population is a non-negligible factor for the performance of the LHC collimation syste...
The beam halo population is a non-negligible factor for the performance of the LHC collimation syste...
The transverse damper in LHC can be used to excite transverse oscillations in both planes for variou...
This paper demonstrates that transverse beam halos can be controlled by combining nonlinear focusing...
Transverse coupling has proven to be an important variable to control beam dynamics and performance ...
The results of an experiment aiming at determining indirectly the noise level in the LHC, isolating ...
Transverse excitation of stored particle beams is required for a number of applications in accelerat...
With the increase in intensity of the Fermilab Booster accelera-tor to over 3x1012 p's/pulse, a...
Landau damping is an essential mechanism for ensuring the transverse beam stability in LHC and its u...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
The transverse damper system (ADT) plays an important role in the preservation of the beam transvers...
The fast beam losses in the order of 1 ms are expected to be a potential major luminosity limitation...
Experimental measurements of beam halo diffusion dynamics with collimator scans are reviewed. The co...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
Transverse coupling has been linked to instabilities and reduction in dynamic aperture and is hence ...