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MIDAS is a data acquisition package developed at the Paul Scherrer Institute, Switzerland, and TRIUMF, Canada. It was designed for particle detectors using CAMAC and VMEbus hardware. Description
MIDAS was used primarily in particles a few micrometers in diameter or smaller. [ 3 ] By collecting and imaging dust particles —tiny pieces of rock, ice and Organic compounds [ 7 ] — emitted from comet 67P/Churyumov–Gerasimenko as it passes through the inner Solar System, MIDAS address questions including: [ 3 ] [ 6 ] [ 8 ]
In physics, particle detectors are used in the experimental study of radioactivity, nuclear physics and particle physics; they are also important as a surveillance tool in nuclear safety. Particle detectors may range from the simplest, such as photographic film and Geiger counters , to the most complex used in particle colliders .
Detector response is recording when a particle passes through the volume of a detector, and approximating how a real detector would respond. Run management is recording the details of each run (a set of events ), as well as setting up the experiment in different configurations between runs.
The MIDAS program was temporarily suspended at this point when a committee headed by ARPA director Jack Ruina recommended that no attempt at an operational missile early warning system be made until the Air Force demonstrated that it was a feasible concept at all; in addition, Midas's sensors were designed to detect liquid-fueled rocket exhaust ...
The MicroMegas detector (Micro-Mesh Gaseous Structure) is a gaseous particle detector and an advancement of the wire chamber.Invented in 1996 by Georges Charpak and Ioannis Giomataris, [1] Micromegas detectors are mainly used in experimental physics, in particular in particle physics, nuclear physics and astrophysics for the detection of ionizing particles.
Earlier particle detector read-out and event detection systems were based on parallel shared buses such as VMEbus or FASTBUS. Since such a bus architecture cannot keep up with the data requirements of the LHC detectors, all the ATLAS data acquisition systems rely on high-speed point-to-point links and switching networks.
Micropattern gaseous detectors (MPGDs) are a group of gaseous ionization detectors consisting of microelectronic structures with sub-millimeter distances between anode and cathode electrodes. When interacting with the gaseous medium of the detector, particles of ionizing radiation create electrons and ions that are subsequently drifted apart by ...