A Data Analysis Monitoring (DAM) system has been developed to monitor between pulse physics analysis at the DIII-D National Fusion Facility (http://nssrv1.gat.com:8000/dam). The system allows for rapid detection of discrepancies in diagnostic measurements or the results from physics analysis codes. This enables problems to be detected and possibly fixed between pulses as opposed to after the experimental run has concluded thus increasing the efficiency of experimental time. An example of a consistency check is comparing the experimentally measured neutron rate and the expected neutron emission, RDD0D. A significant difference between these two values could indicate a problem with one or more diagnostics, or the presence of unanticipated phe...
One of the diagnostic systems critical to the success of the DIII-D tokamak experiment is the Thomso...
The techniques used in implementing two applications of real time analysis of data from the DIII-D t...
On the route to the commercial reactor, the experiments in magnetical confinement nuclear fusion hav...
As computing infrastructures become more complex, it is important to centralize information in order...
Recently a number of enhancements to the computer hardware infrastructure have been implemented at t...
A fusion reactor will be a fairly complex system consisting of many components. All the components a...
This paper describes the current status of real-time digital plasma control for the DIII-D tokamak. ...
Neutron coincidence counting is the reference NDA technique used in nuclear safeguards to measure th...
Nuclear data improvement is a key objective in the nuclear field and, in particular, for fusion appl...
A complex running system, such as the NOvA online data acquisition, consists of a large number of di...
Neutron diagnostics have become a significant means to study energetic particles in high power auxil...
The Physics and Data Quality Monitoring (DQM) framework aims at providing a homogeneous monitoring e...
The neutral beam systems for the DIII-D tokamak are an extremely reliable source of auxiliary plasma...
A wide-range neutron flux measurement instrument is developed herein for monitoring the total neutro...
The DRAGON recoil mass separator at TRIUMF exists to study radiative proton and alpha capture reacti...
One of the diagnostic systems critical to the success of the DIII-D tokamak experiment is the Thomso...
The techniques used in implementing two applications of real time analysis of data from the DIII-D t...
On the route to the commercial reactor, the experiments in magnetical confinement nuclear fusion hav...
As computing infrastructures become more complex, it is important to centralize information in order...
Recently a number of enhancements to the computer hardware infrastructure have been implemented at t...
A fusion reactor will be a fairly complex system consisting of many components. All the components a...
This paper describes the current status of real-time digital plasma control for the DIII-D tokamak. ...
Neutron coincidence counting is the reference NDA technique used in nuclear safeguards to measure th...
Nuclear data improvement is a key objective in the nuclear field and, in particular, for fusion appl...
A complex running system, such as the NOvA online data acquisition, consists of a large number of di...
Neutron diagnostics have become a significant means to study energetic particles in high power auxil...
The Physics and Data Quality Monitoring (DQM) framework aims at providing a homogeneous monitoring e...
The neutral beam systems for the DIII-D tokamak are an extremely reliable source of auxiliary plasma...
A wide-range neutron flux measurement instrument is developed herein for monitoring the total neutro...
The DRAGON recoil mass separator at TRIUMF exists to study radiative proton and alpha capture reacti...
One of the diagnostic systems critical to the success of the DIII-D tokamak experiment is the Thomso...
The techniques used in implementing two applications of real time analysis of data from the DIII-D t...
On the route to the commercial reactor, the experiments in magnetical confinement nuclear fusion hav...