One of the limitations to reach the beam parameters of the LHC Injector Upgrade project are the losses occurring at transfer from the PS to the SPS. To reduce the losses, a good knowledge of the effective machine settings and particle distribution is required. A tool used to both reconstruct the longitudinal distribution of the beam and get the effective machine parameters is beam tomography. In this work, tomography was used to evaluate the RF phase error during bunch rotation, but did result in errors of up to ± 10 degrees. Machine learning is being investigated as an alternative method to gather this information
Tomography is now a very broad topic with a wealth of algorithms for the reconstruction of both qual...
MedAustron is a synchrotron based hadron therapy and research center in Wiener Neustadt, Austria, wh...
Beam Position Monitor measurement data are the primary source of optics properties computation for p...
Longitudinal tomographic reconstruction on the basis of measured profiles is an important technique ...
We describe a novel technique, based on image compression and machine learning, for transverse phase...
Longitudinal phase space tomography has evolved into a powerful diagnostic tool in the particle acce...
We describe a novel technique, based on image compression and machine learning, for transverse phase...
This main objective of this project was to identify the uncertainties in software which are used to ...
One of the most reliable devices to measure the transverse beam profile in hadron machines is Ioniza...
AbstractBeam tomography research at Daresbury Laboratory has focussed on the development of normalis...
textCharged particle accelerators often have strict requirements on the beam energy, and timing to c...
The PSB was conceived as an intensity booster for fixed-target physics. Consequently, no attempt wa...
Many applications of accelerators, such as free electron lasers, pulsed neutron sources, and heavy i...
Longitudinal beam diagnostics are a useful aid during tuning of particle accelerators, but acquiring...
Longitudinal phase space tomography is a vital tool for beam diagnostics in most of the CERN synchro...
Tomography is now a very broad topic with a wealth of algorithms for the reconstruction of both qual...
MedAustron is a synchrotron based hadron therapy and research center in Wiener Neustadt, Austria, wh...
Beam Position Monitor measurement data are the primary source of optics properties computation for p...
Longitudinal tomographic reconstruction on the basis of measured profiles is an important technique ...
We describe a novel technique, based on image compression and machine learning, for transverse phase...
Longitudinal phase space tomography has evolved into a powerful diagnostic tool in the particle acce...
We describe a novel technique, based on image compression and machine learning, for transverse phase...
This main objective of this project was to identify the uncertainties in software which are used to ...
One of the most reliable devices to measure the transverse beam profile in hadron machines is Ioniza...
AbstractBeam tomography research at Daresbury Laboratory has focussed on the development of normalis...
textCharged particle accelerators often have strict requirements on the beam energy, and timing to c...
The PSB was conceived as an intensity booster for fixed-target physics. Consequently, no attempt wa...
Many applications of accelerators, such as free electron lasers, pulsed neutron sources, and heavy i...
Longitudinal beam diagnostics are a useful aid during tuning of particle accelerators, but acquiring...
Longitudinal phase space tomography is a vital tool for beam diagnostics in most of the CERN synchro...
Tomography is now a very broad topic with a wealth of algorithms for the reconstruction of both qual...
MedAustron is a synchrotron based hadron therapy and research center in Wiener Neustadt, Austria, wh...
Beam Position Monitor measurement data are the primary source of optics properties computation for p...