A1金刚石束损监测器
Machine Protection – Bunch-by-Bunch
The A1 Diamond Beam Loss Monitor is used to measure beam losses at particle accelerators. It is designed for beam loss diagnostics and machine protection of all types of particle accelerators (e.g. synchrotrons and linear colliders for high-energy physics, electron accelerators for synchrotron light sources, medical accelerators for hadron therapy).
The system measures fast AC beam losses from bunched beams simultaneously with continuous DC beam losses. It is sensitive to single MIP particles and has a very high dynamic range. Bunch-by-bunch losses are resolved in real time with the ROSY® Beam Loss Application. ROSY® AX106 is designed to be integrated into any control system.
Machine Protection – Bunch-by-Bunch
The A1 Diamond Beam Loss Monitor is used to measure beam losses at particle accelerators. It is designed for beam loss diagnostics and machine protection of all types of particle accelerators (e.g. synchrotrons and linear colliders for high-energy physics, electron accelerators for synchrotron light sources, medical accelerators for hadron therapy).
The system measures fast AC beam losses from bunched beams simultaneously with continuous DC beam losses. It is sensitive to single MIP particles and has a very high dynamic range. Bunch-by-bunch losses are resolved in real time with the ROSY® Beam Loss Application. ROSY® AX106 is designed to be integrated into any control system.
-
DBLM for 1 MIP - 105 particles per bunch, our standard DBLM configuration.
-
High-Radiation DBLM for 105 - 109 particles per bunch.
-
DBLM for applications in cryogenic environments.
-
DBLM for electron accelerators.
-
Full DBLM System including ROSY® AX106 with integrated Beam Loss Application (DBLM-App).
-
Full DBLM System including ROSY® AX106 with DBLM-App and integrated power supply, as autonomous, portable beam loss monitoring system.
-
DBLM for extended dynamic range, as used at the LHC at CERN, Geneva/Switzerland.
The equivalent charge yield of the A1 Diamond Beam Loss Monitor in its standard configuration, as used at the LHC at CERN, is shown in the Figure in red.
The A1 Diamond Beam Loss Monitor for high-radiation environments, as used at the HiRadMat facility at CERN, is shown in blue.
The DBLM system at the LHC reveals the characteristic beam structures of the accelerator, such as the 3 μs beam abort gap. The DBLM-App analyzes the beam losses as function of the accelerator turn clock, as shown in the Figure.
公司网址：www.mntime.cn
