Sentence examples for tracking of charged from inspiring English sources
Its 750,000 channels, spread over 6 m2 of p-on-n silicon sensors, and allow precision tracking of charged particles and vertexing at the 50μm level.
It is designed to perform electron identification and on-line tracking of charged particles in the challenging high multiplicity environment of heavy-ion collisions.
For its physics program with a high-intensity hadron beam of up to 2⋅107 particles/s, the COMPASS experiment at CERN requires tracking of charged particles scattered by very small angles with respect to the incident beam direction.
The STAR experiment at RHIC concentrates on the tracking of charged hadrons via ionization in gas- and silicon-based detectors, and the detection of electrons and photons via calorimetry, in a wide and azimuthally complete acceptance that's unique at RHIC.
Behind each absorber block a detector triplet is located which measures the tracks of charged particles traversing the absorber.
The tracks of charged secondaries, including electrons, are momentum-analyzed by curvature in magnetic field using hits in successive thin layers of emulsion.
Using detectors equipped with special photographic emulsion that can record the tracks of charged particles, the physicists at Bristol found the decay of a heavier meson into a lighter one.
A detector with a gaseous active media equipped with gas electron multiplier (GEM) technique will be employed to measure tracks of charged particles at forward direction in order to achieve a high momentum resolution.
The Forward Silicon Tracker (FST) and the Backward Silicon Tracker (BST) of the H1 experiment at HERA are designed to measure tracks of charged particles arising from electron proton interactions.
(The pair shared the 1951 Nobel Prize for Physics for this work). As for what actually occurred in a collision, Scottish physicist Charles T.R. Wilson had in the Cavendish developed the cloud chamber, which provided visual evidence of the tracks of charged particles and for which he was awarded the 1927 Nobel Prize for Physics.
In 1911, Charles Wilson used this principle to devise his cloud chamber so he could photograph the tracks of charged particles, such as fast-moving electrons.
