We present studies of space-charge-induced beam profile broadening at high intensities in the Proton Storage Ring (PSR) at Los Alamos National Laboratory. Previous work has associated the observed broadening in the vertical direction with the coherent half integer resonance. Here, we study the effect of the space charge environment on this resonance; specifically, we investigate the strength of the resonance versus beam intensity, longitudinal bunching factor, transverse lattice tune, and two different beam injection scenarios. For each case, detailed particle-in-cell simulations are combined with experimental results to elucidate the behavior and sensitivity of the beam resonance response
In the past years, several studies, numerical and experimental, have been carried out for enlighteni...
We study the influence of space charge on the crossing of the second-order resonance and the associa...
Abstract The latest designs of high-intensity proton rings require minimal beam loss. The major caus...
We present studies of space-charge-induced beam profile broadening at high intensities in the Proton...
We present studies of space-charge-induced beam pro-file broadening at high intensities in the Proto...
Beam losses due to half-integer resonance have been observed in the Heavy Ion Medical Accelerator in...
Space charge can significantly affect the resonant prop-erties of rings. The University of Maryland ...
Beam profile measurements taken after extraction from the Proton Storage Ring (PSR) at Los Alamos Na...
Space charge is typically one of the performance limitations for the operation of high intensity and...
A detailed study of the influence of space charge on the crossing of second-order resonances is pres...
Transverse beam profiles are observed to broaden with increasing intensity in the Proton Storage Rin...
The effect of space charge on bunches stored for long term in a nonlinear lattice can be severe for ...
Uncontrolled beam losses due to space-charge-induced halo generation are a concern in high intensity...
Research at the intensity frontier of particle physics has led to the consideration of accelerators ...
The interparticle repulsion, or space charge, limits the den-sity of charged particle beams that can...
In the past years, several studies, numerical and experimental, have been carried out for enlighteni...
We study the influence of space charge on the crossing of the second-order resonance and the associa...
Abstract The latest designs of high-intensity proton rings require minimal beam loss. The major caus...
We present studies of space-charge-induced beam profile broadening at high intensities in the Proton...
We present studies of space-charge-induced beam pro-file broadening at high intensities in the Proto...
Beam losses due to half-integer resonance have been observed in the Heavy Ion Medical Accelerator in...
Space charge can significantly affect the resonant prop-erties of rings. The University of Maryland ...
Beam profile measurements taken after extraction from the Proton Storage Ring (PSR) at Los Alamos Na...
Space charge is typically one of the performance limitations for the operation of high intensity and...
A detailed study of the influence of space charge on the crossing of second-order resonances is pres...
Transverse beam profiles are observed to broaden with increasing intensity in the Proton Storage Rin...
The effect of space charge on bunches stored for long term in a nonlinear lattice can be severe for ...
Uncontrolled beam losses due to space-charge-induced halo generation are a concern in high intensity...
Research at the intensity frontier of particle physics has led to the consideration of accelerators ...
The interparticle repulsion, or space charge, limits the den-sity of charged particle beams that can...
In the past years, several studies, numerical and experimental, have been carried out for enlighteni...
We study the influence of space charge on the crossing of the second-order resonance and the associa...
Abstract The latest designs of high-intensity proton rings require minimal beam loss. The major caus...