Accuracy of LHC Proton Loss Rate Determination by the BPM System (2009)
Dehning, B, Fabjan, CW, Holzer, EB, Kramer, D, Sapinski, M, Stockner, M
Most of the monitors of the LHC beam loss monitoring (BLM) system are installed on the outside of the magnet cryostats, around the quadrupole magnets. Their aim is to prevent quenches and to protect...
First Experience with the LHC Beam Loss Monitoring System (2009)
Böhlen, T, Dehning, B, Effinger, E, Emery, J, Follin, F, Holzer, E, ...
The LHC beam loss monitoring system (BLM) consists of about 4000 monitors observing losses at all quadrupole magnets and many other likely loss locations. At the first LHC operation in August and...
Beam Loss Calibration Studies for High Energy Proton Accelerators (2008)
Stockner, M, Fabjan, Christian Wolfgang
CERN's Large Hadron Collider (LHC) is a proton collider with injection energy of 450 GeV and collision energy of 7 TeV. Superconducting magnets keep the particles circulating in two counter rotating...
Generation of 1.5 Million Beam Loss Threshold Values (2008)
Holzer, E B, Bocian, D, Böhlen, T T, Dehning, B, Kramer, Daniel, Ponce, L, ...
CERN's Large Hadron Collider will store an unprecedented amount of energy in its circulating beams. Beamloss monitoring (BLM) is, therefore, critical for machine protection. It must protect against...
LHC Beam Loss Detector Design: Simulations and Measurements (2007)
Dehning, B, Effinger, E, Emery, J, Ferioli, G, Holzer, E B, Kramer, Daniel, ...
The Beam Loss Monitoring (BLM) system is integrated in the active equipment protection system of the LHC. It determines the number of particles lost from the primary hadron beam by measuring the...
The LHC Beam Loss Measurement System (2007)
Dehning, B, Effinger, E, Emery, J, Ferioli, G, Guaglio, G, Holzer, E B, ...
An unprecedented amount of energy will be stored in the circulating beams of LHC. The loss of even a very small fraction of a beam may induce a quench in the superconducting magnets or cause physical...
Classification of the LHC BLM Ionization Chamber (2007)
Stockner, M, Dehning, B, Fabjan, Christian Wolfgang, Holzer, E B, Kramer, Daniel
The LHC beam loss monitoring (BLM) system must prevent the super conducting magnets from quenching and protect the machine components from damage. The main monitor type is an ionization chamber....
Dehning, B, Fabjan, Christian Wolfgang, Ferioli, G, Holzer, EB, Stockner, M
The LHC beam loss monitoring (BLM) system must prevent the super conducting magnets from quenching and protect the machine components from damage. The main monitor type is an ionization chamber....
Beam Loss Monitoring System for the LHC (2006)
Holzer, E B, Dehning, B, Effinger, E, Emery, J, Ferioli, G, González, J L, ...
One of the most critical elements for the protection of CERN's Large Hadron Collider (LHC) is its beam loss monitoring (BLM) system. It must prevent the superconducting magnets from quenching and...
Beam Loss Monitoring System for the LHC (2006)
Holzer, E B, Dehning, B, Effinger, E, Emery, J, Ferioli, G, González, J L, ...
One of the most critical elements for the protection of CERN's Large Hadron Collider (LHC) is its beam loss monitoring (BLM) system. It must prevent the superconducting magnets from quenching and...