Add to ORKGThe acceptance of the KEK booster has large side value (272 π mm mrad in the horizontal plane and 61π mm mrad in the vertical plane). To increase the beam intensity we have been trying to achieve painting injection in the horizontal plane. The intensity-dependent emittance-exchanges in the horizontal and vertical plane were measured by a method using a scraper and bump magnets method. In order to clarify the experimental results, multi-particle tracking was performed with self-consistent space-charge forces. The experimental and simulation results imply that a space-charge potential of a beam-induced coupling exists between the horizontal and vertical planes.
The present 50-MeV proton injection into the PS Booster will be replaced by a H⁻ charge exchange inj...
The measurement of emittance in low energy proton beams suffers from two perturbing effects: 1) the ...
We describe results obtained from a two-dimensional particle-following computer code that simulates ...
An intensive study has been undertaken since the year 2002 to understand better the various high-int...
Emittance growth and beam loss mechanism have been studied during the injection period of the 12 GeV...
The Fermilab Booster is a nearly 40-year-old proton synchrotron, designed to accelerate injected pro...
Results from longitudinal tracking studies for a high intensity proton synchrotron designed for a 1-...
High intensity proton synchrotrons provide beams for several types of facility around the world, inc...
High intensity proton synchrotrons provide beams for several types of facility around the world, inc...
The effect of space charge on the proton beam as a function of energy has been studied in the PSB. T...
Linac4 will inject 160 MeV H- ions into the CERN PS Booster (PSB). This will allow to reduce space c...
Several beam dynamics codes are used in the design of the next generation of high beam power acceler...
Longitudinal beam emittance should be controlled to al-leviate space charge effects and also to prov...
Many recent developments in accelerator technology have increased the need for a better understandin...
The characterization of the transverse phase space of beams is a fundamental requirement for particl...
The present 50-MeV proton injection into the PS Booster will be replaced by a H⁻ charge exchange inj...
The measurement of emittance in low energy proton beams suffers from two perturbing effects: 1) the ...
We describe results obtained from a two-dimensional particle-following computer code that simulates ...
An intensive study has been undertaken since the year 2002 to understand better the various high-int...
Emittance growth and beam loss mechanism have been studied during the injection period of the 12 GeV...
The Fermilab Booster is a nearly 40-year-old proton synchrotron, designed to accelerate injected pro...
Results from longitudinal tracking studies for a high intensity proton synchrotron designed for a 1-...
High intensity proton synchrotrons provide beams for several types of facility around the world, inc...
High intensity proton synchrotrons provide beams for several types of facility around the world, inc...
The effect of space charge on the proton beam as a function of energy has been studied in the PSB. T...
Linac4 will inject 160 MeV H- ions into the CERN PS Booster (PSB). This will allow to reduce space c...
Several beam dynamics codes are used in the design of the next generation of high beam power acceler...
Longitudinal beam emittance should be controlled to al-leviate space charge effects and also to prov...
Many recent developments in accelerator technology have increased the need for a better understandin...
The characterization of the transverse phase space of beams is a fundamental requirement for particl...
The present 50-MeV proton injection into the PS Booster will be replaced by a H⁻ charge exchange inj...
The measurement of emittance in low energy proton beams suffers from two perturbing effects: 1) the ...
We describe results obtained from a two-dimensional particle-following computer code that simulates ...