Add to ORKGA summary of the beam instrumentation tools in place dur ing the year 2000 commissioning run is given including the technical layout and the appearance on the user level, here mainly the RHIC control room. Experience from first usage is reported as well as the lessons we have learned during RHIC operation so far. Upgrades and changes com pared to the year 2000 systems are outlined. Described tools include beam position monitors (BPM), ionization profile monitors (IPM), beam loss monitors (BLM), bunch current measurements, luminosity monitors, tune meters and Schottky monitors
The 2011 run has proven that LHC can operate safely and stably with higher bunch intensity and small...
The LHC started up with beam in November 2009, and within less then on year its luminosity reached 2...
The LHC is equipped with a full suite of sophisticated beam instrumentation which has been essential...
In late 1995, commissioning of the Relativistic Heavy Ion Collider will begin with beam transport th...
During the Year 2000 run, RHIC has been commissioned and brought into operation reaching 10% of the ...
The Relativistic Heavy Ion Collider (RHIC) construction is progressing steadily towards completion i...
The Relativistic Heavy Ion Collider (RHIC) construction is progressing steadily towards completion i...
During the RHIC 2001-2 run, the beam position monitor (BPM) system provided independent average orbi...
This report describes in detail steps performed in bringing the Relativistic Heavy Ion Collider (RHI...
During the RHIC 2001–2 run, the beam position moni-tor (BPM) system provided independent average orb...
During 2000 several new instruments were tested for LHC type beams. The head-tail monitor was used t...
The beam injection line from the Alternating Gradient Synchrotron (AGS) to the Relativistic Heavy Io...
Four ionization profile monitors (IPMs) are in RHIC to measure vertical and horizontal beam profiles...
Four ionization profile monitors (IPMs) in RHIC measure vertical and horizontal beam profiles in the...
This paper will outline the progress with LHC commissioning to date, detailing the performance achie...
The 2011 run has proven that LHC can operate safely and stably with higher bunch intensity and small...
The LHC started up with beam in November 2009, and within less then on year its luminosity reached 2...
The LHC is equipped with a full suite of sophisticated beam instrumentation which has been essential...
In late 1995, commissioning of the Relativistic Heavy Ion Collider will begin with beam transport th...
During the Year 2000 run, RHIC has been commissioned and brought into operation reaching 10% of the ...
The Relativistic Heavy Ion Collider (RHIC) construction is progressing steadily towards completion i...
The Relativistic Heavy Ion Collider (RHIC) construction is progressing steadily towards completion i...
During the RHIC 2001-2 run, the beam position monitor (BPM) system provided independent average orbi...
This report describes in detail steps performed in bringing the Relativistic Heavy Ion Collider (RHI...
During the RHIC 2001–2 run, the beam position moni-tor (BPM) system provided independent average orb...
During 2000 several new instruments were tested for LHC type beams. The head-tail monitor was used t...
The beam injection line from the Alternating Gradient Synchrotron (AGS) to the Relativistic Heavy Io...
Four ionization profile monitors (IPMs) are in RHIC to measure vertical and horizontal beam profiles...
Four ionization profile monitors (IPMs) in RHIC measure vertical and horizontal beam profiles in the...
This paper will outline the progress with LHC commissioning to date, detailing the performance achie...
The 2011 run has proven that LHC can operate safely and stably with higher bunch intensity and small...
The LHC started up with beam in November 2009, and within less then on year its luminosity reached 2...
The LHC is equipped with a full suite of sophisticated beam instrumentation which has been essential...