With the progress made in 2015, the beams produced by the CERN Proton Synchrotron using multiturn extraction (MTE) have been delivered to the Super Proton Synchrotron (SPS) for the fixed-target physics run. Operation successfully started in the second half of September 2015 and continued until the end of the proton physics program by mid November. In this paper the overall performance and beam quality is discussed in detail considering the complete chain of accelerators, from the PS-Booster to the SPS. Moreover, a thorough comparison of the global performance of the MTE scheme against the previously used technique, the so-called continuous transfer (CT), is also carried out
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
A five-turn continuous extraction has up to now been used to transfer the proton beam from the CERN ...
With the progress made in 2015, the beams produced by the CERN Proton Synchrotron using multiturn ex...
Following a successful commissioning period, the Multi-Turn Extraction (MTE) at the CERN Proton Sync...
Following a successful commissioning period, the multiturn extraction (MTE) at the CERN Proton Synch...
Within CERN's accelerator complex, the extraction from the Proton Synchrotron to the Super Proton Sy...
Considerable progress has been made in 2015 in the setting up of the multi-turn extraction (MTE) in ...
Complementary to the physics research at the LHC, several fixed-target facilities receive beams from...
After the successful beam commissioning and tests in 2015, the Multi-Turn Extraction (MTE) has been ...
A new extraction technique has been studied at the CERN Proton Synchrotron with a view of using it f...
The Multi-Turn Extraction (MTE), a new type of extraction based on beam trapping inside stable islan...
Following the analysis of the results obtained during the first year of beam commissioning of the CE...
A new type of extraction based on beam trapping inside stable islands in the horizontal phase space ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
A five-turn continuous extraction has up to now been used to transfer the proton beam from the CERN ...
With the progress made in 2015, the beams produced by the CERN Proton Synchrotron using multiturn ex...
Following a successful commissioning period, the Multi-Turn Extraction (MTE) at the CERN Proton Sync...
Following a successful commissioning period, the multiturn extraction (MTE) at the CERN Proton Synch...
Within CERN's accelerator complex, the extraction from the Proton Synchrotron to the Super Proton Sy...
Considerable progress has been made in 2015 in the setting up of the multi-turn extraction (MTE) in ...
Complementary to the physics research at the LHC, several fixed-target facilities receive beams from...
After the successful beam commissioning and tests in 2015, the Multi-Turn Extraction (MTE) has been ...
A new extraction technique has been studied at the CERN Proton Synchrotron with a view of using it f...
The Multi-Turn Extraction (MTE), a new type of extraction based on beam trapping inside stable islan...
Following the analysis of the results obtained during the first year of beam commissioning of the CE...
A new type of extraction based on beam trapping inside stable islands in the horizontal phase space ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
The proton beams used for the fixed target physics at the SPS are extracted from the PS at 14 GeV/c ...
A five-turn continuous extraction has up to now been used to transfer the proton beam from the CERN ...