High intensity emittance measurements achieved with Phoenix 28 GHz are presented for oxygen and lead beams. Discussion is proposed on the basis of the results of a simulation program
A high-current ion beam emittance measurement unit (EMU) based on slit-wire method was introduced. T...
We report on beam measurement results from the MIT 17 GHz RF gun experiment. Tests of a 1.5 cell RF ...
The design, construction, and bench testing of an X-band travelling-wave accelerating structure load...
The classical PHOENIX 28 GHz electron cyclotron resonance ion Source (ECRIS) has been developed to p...
The classical PHOENIX 28 GHz electron cyclotron resonance ion Source (ECRIS) has been developed to p...
International audienceA testbeam using a Radio Frequency Quadrupole (RFQ) operating at 800 MHz, to a...
Three sets of High Intensity Beam Emittance Measurement Units (HIBEMUs) are being developed at Pekin...
We report on measurements and analysis of a field-emitted electron current in the very-high-frequenc...
Many recent developments in accelerator technology have increased the need for a better understandin...
Preliminary designs of an intense heavy-ion beam transport experiment to test issues for Heavy Ion F...
Inspired by recent measurements suggesting that Ultra-High Energy Cosmic Ray air showers might emit ...
Three sets of High Intensity Beam Emittance Measurement Units (HIBEMUs) are being developed at Pekin...
The goal of the Photo Injector Test facility in Zeuthen (PITZ) is to test and optimize high brightne...
A research program with the aim of producing pulsed currents with hitherto unequalled intensity of P...
Sweep plate scanners are preferred for emittance measurement due to their versatility, simplicity, a...
A high-current ion beam emittance measurement unit (EMU) based on slit-wire method was introduced. T...
We report on beam measurement results from the MIT 17 GHz RF gun experiment. Tests of a 1.5 cell RF ...
The design, construction, and bench testing of an X-band travelling-wave accelerating structure load...
The classical PHOENIX 28 GHz electron cyclotron resonance ion Source (ECRIS) has been developed to p...
The classical PHOENIX 28 GHz electron cyclotron resonance ion Source (ECRIS) has been developed to p...
International audienceA testbeam using a Radio Frequency Quadrupole (RFQ) operating at 800 MHz, to a...
Three sets of High Intensity Beam Emittance Measurement Units (HIBEMUs) are being developed at Pekin...
We report on measurements and analysis of a field-emitted electron current in the very-high-frequenc...
Many recent developments in accelerator technology have increased the need for a better understandin...
Preliminary designs of an intense heavy-ion beam transport experiment to test issues for Heavy Ion F...
Inspired by recent measurements suggesting that Ultra-High Energy Cosmic Ray air showers might emit ...
Three sets of High Intensity Beam Emittance Measurement Units (HIBEMUs) are being developed at Pekin...
The goal of the Photo Injector Test facility in Zeuthen (PITZ) is to test and optimize high brightne...
A research program with the aim of producing pulsed currents with hitherto unequalled intensity of P...
Sweep plate scanners are preferred for emittance measurement due to their versatility, simplicity, a...
A high-current ion beam emittance measurement unit (EMU) based on slit-wire method was introduced. T...
We report on beam measurement results from the MIT 17 GHz RF gun experiment. Tests of a 1.5 cell RF ...
The design, construction, and bench testing of an X-band travelling-wave accelerating structure load...
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