The new fast extraction system in LSS6 of the SPS and the first 100 m of transfer line TT60 was commissioned with low intensity beam in late 2006. The layout and functionality of the main elements are briefly explained, including the various hardware subsystems and the control system. The systems safety procedures, test objectives and measurements performed during the beam commissioning are describe
A new fast extraction has been set up in SPS LSS6 to transfer 450 GeV/c protons as well as ions to R...
The beam dumping system of the Large Hadron Collider (LHC) provides a loss-free fast extraction of t...
The proton and lead ion beams for the anti-clockwise ring of the LHC will be extracted from the SPS ...
The new fast extraction system in LSS4 of the SPS and the transfer line TT40 were commissioned with ...
The transfer line for the LHC Ring 1 was successfully commissioned with beam in the autumn of 2007. ...
The extraction area of LSS4 in the SPS and the TT40 and TT41 transfer lines have been equipped with ...
The SPS LSS4 fast extraction system will serve both the anti-clockwise ring of the LHC and the CERN ...
The Large Hadron Collider required the modification of the existing extraction channel in the long s...
A fast extraction system, located in the LSS6 region of the CERN SPS accelerator, transfers 450 GeV/...
Transfer of 450 GeV protons from SPS to LHC will be carried out through two new beam transfer lines ...
The SPS Beam Quality Monitor (BQM) system monitors the longitudinal parameters of the beam before ex...
The beams for the Large Hadron Collider LHC will be extracted from the Super Proton Synchrotron SPS ...
The LHC injection tests and first turn beam commissioning took place in late summer 2008, after deta...
Operation of the LHC will require injection of very high intensity beams from the SPS to the LHC. Fa...
The proton and lead ion beams for the anti-clockwise ring of the LHC will be extracted from the SPS...
A new fast extraction has been set up in SPS LSS6 to transfer 450 GeV/c protons as well as ions to R...
The beam dumping system of the Large Hadron Collider (LHC) provides a loss-free fast extraction of t...
The proton and lead ion beams for the anti-clockwise ring of the LHC will be extracted from the SPS ...
The new fast extraction system in LSS4 of the SPS and the transfer line TT40 were commissioned with ...
The transfer line for the LHC Ring 1 was successfully commissioned with beam in the autumn of 2007. ...
The extraction area of LSS4 in the SPS and the TT40 and TT41 transfer lines have been equipped with ...
The SPS LSS4 fast extraction system will serve both the anti-clockwise ring of the LHC and the CERN ...
The Large Hadron Collider required the modification of the existing extraction channel in the long s...
A fast extraction system, located in the LSS6 region of the CERN SPS accelerator, transfers 450 GeV/...
Transfer of 450 GeV protons from SPS to LHC will be carried out through two new beam transfer lines ...
The SPS Beam Quality Monitor (BQM) system monitors the longitudinal parameters of the beam before ex...
The beams for the Large Hadron Collider LHC will be extracted from the Super Proton Synchrotron SPS ...
The LHC injection tests and first turn beam commissioning took place in late summer 2008, after deta...
Operation of the LHC will require injection of very high intensity beams from the SPS to the LHC. Fa...
The proton and lead ion beams for the anti-clockwise ring of the LHC will be extracted from the SPS...
A new fast extraction has been set up in SPS LSS6 to transfer 450 GeV/c protons as well as ions to R...
The beam dumping system of the Large Hadron Collider (LHC) provides a loss-free fast extraction of t...
The proton and lead ion beams for the anti-clockwise ring of the LHC will be extracted from the SPS ...