During the commissioning of the CERN Proton Synchrotron multiturn extraction, tests with different beam intensities were performed in order to probe the behavior of resonance crossing in the presence of possible space charge effects. The initial beam intensity before transverse splitting was varied and the properties of the five beamlets obtained by crossing the fourth-order horizontal resonance were studied. A clear dependence of the beamlets' parameters on the total beam intensity was found, which is the first direct observation of intensity-dependent effects for such a peculiar beam type. The experimental results are presented and discussed in detail in this paper
Several beam dynamics codes are used in the design of the next generation of high beam power acceler...
Beam trapping in stable islands of the horizontal phase space generated by non-linear magnetic field...
We present studies of space-charge-induced beam pro-file broadening at high intensities in the Proto...
During the commissioning of the CERN Proton Synchrotron multiturn extraction, tests with different b...
During the commissioning of the CERN PS Multi-Turn Extraction (MTE) tests with different beam intens...
During the commissioning of the CERN PS Multi-Turn Extraction (MTE) tests with different beam intens...
The use of transversely split beams was proposed some years ago as a means to perform extraction fro...
Recently, a novel technique to perform multiturn extraction from a circular particle accelerator was...
Crossing a horizontal nonlinear resonance is the approach that can be used to split a beam in severa...
The CERN PS utilises a Multi-Turn Extraction (MTE) scheme to stretch the beam pulse length to optimi...
A new extraction technique has been studied at the CERN Proton Synchrotron with a view of using it f...
An intensive study has been undertaken since the year 2002 to understand better the various high-int...
Recent measurements performed in the framework of the multi-turn extraction (MTE) studies showed a d...
A benchmarking experiment with a high intensity bunched beam stored for 1.2 s in a nonlinear lattice...
Considerable progress has been made in 2015 in the setting up of the multi-turn extraction (MTE) in ...
Several beam dynamics codes are used in the design of the next generation of high beam power acceler...
Beam trapping in stable islands of the horizontal phase space generated by non-linear magnetic field...
We present studies of space-charge-induced beam pro-file broadening at high intensities in the Proto...
During the commissioning of the CERN Proton Synchrotron multiturn extraction, tests with different b...
During the commissioning of the CERN PS Multi-Turn Extraction (MTE) tests with different beam intens...
During the commissioning of the CERN PS Multi-Turn Extraction (MTE) tests with different beam intens...
The use of transversely split beams was proposed some years ago as a means to perform extraction fro...
Recently, a novel technique to perform multiturn extraction from a circular particle accelerator was...
Crossing a horizontal nonlinear resonance is the approach that can be used to split a beam in severa...
The CERN PS utilises a Multi-Turn Extraction (MTE) scheme to stretch the beam pulse length to optimi...
A new extraction technique has been studied at the CERN Proton Synchrotron with a view of using it f...
An intensive study has been undertaken since the year 2002 to understand better the various high-int...
Recent measurements performed in the framework of the multi-turn extraction (MTE) studies showed a d...
A benchmarking experiment with a high intensity bunched beam stored for 1.2 s in a nonlinear lattice...
Considerable progress has been made in 2015 in the setting up of the multi-turn extraction (MTE) in ...
Several beam dynamics codes are used in the design of the next generation of high beam power acceler...
Beam trapping in stable islands of the horizontal phase space generated by non-linear magnetic field...
We present studies of space-charge-induced beam pro-file broadening at high intensities in the Proto...