Investigation of Maximum Drift Time as a Function of Gas Mixture in a Drift Chamber
Description/Abstract/Artist Statement
Drift chambers are gaseous ionization detectors that are used to determine the trajectory of a particle traveling through the chamber. In this presentation, the functionality of a drift chamber in a large 5 T magnetic field was studied in the interest of preparing for an upcoming Jefferson Lab experiment to study the structure of the neutron. To examine the effect of magnetic fields on drift chambers, various drift chamber configurations were simulated using the CERN program Garfield.
Presentation Type
Event
Disciplines
Physics
Location
Learning Commons @ Perry Library Conference Room 1311
Start Date
2-13-2016 9:00 AM
End Date
2-13-2016 10:00 AM
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Investigation of Maximum Drift Time as a Function of Gas Mixture in a Drift Chamber
Learning Commons @ Perry Library Conference Room 1311
Drift chambers are gaseous ionization detectors that are used to determine the trajectory of a particle traveling through the chamber. In this presentation, the functionality of a drift chamber in a large 5 T magnetic field was studied in the interest of preparing for an upcoming Jefferson Lab experiment to study the structure of the neutron. To examine the effect of magnetic fields on drift chambers, various drift chamber configurations were simulated using the CERN program Garfield.
Comments
Faculty Mentor: Dr. Gail Dodge