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
Drift chambers are a type of gaseous ionization detector used in high-energy physics experiments. Th...
A small protoype of the KLOE drift chamber has been tested also in presence of a magnetic field. Dri...
The DRIFT dark matter detector (Directional Recoil Identification From Tracks) recently proposed by ...
This thesis describes a study made at Durham University of a new type of particle detector, the drif...
Design considerations for the Canadian High Acceptance Orbit Spectrometer (CHAOS) led to a set of ap...
The development of powerful particle accelerators requires concurrent developments in the apparatus ...
For the detection of free neutron decay electrons with a maximum energy of 783 keV the authors have ...
In the ATLAS muon spectrometer, large drift-tube chambers are used for precision tracking. The chamb...
This thesis discusses the measurement of the dE/ dx resolution of the BaBar drift chamber. The study...
Optimization of the working parameters in the drift chambers with adjustable electric fields permits...
The BaBar drift chamber (DCH) is used to measure the properties of charged particles created from e{...
A general purpose program for drift chamber studies is described. First the capacitance matrix is ca...
This paper describes the performances of a large volume drift chamber with complete digitization of ...
The ATLAS muon spectrometer uses tracking chambers consisting of up to 6 m long drift tubes filled w...
International audienceThe micro-irradiation, neutron metrology and dosimetry laboratory of the Insti...
Drift chambers are a type of gaseous ionization detector used in high-energy physics experiments. Th...
A small protoype of the KLOE drift chamber has been tested also in presence of a magnetic field. Dri...
The DRIFT dark matter detector (Directional Recoil Identification From Tracks) recently proposed by ...
This thesis describes a study made at Durham University of a new type of particle detector, the drif...
Design considerations for the Canadian High Acceptance Orbit Spectrometer (CHAOS) led to a set of ap...
The development of powerful particle accelerators requires concurrent developments in the apparatus ...
For the detection of free neutron decay electrons with a maximum energy of 783 keV the authors have ...
In the ATLAS muon spectrometer, large drift-tube chambers are used for precision tracking. The chamb...
This thesis discusses the measurement of the dE/ dx resolution of the BaBar drift chamber. The study...
Optimization of the working parameters in the drift chambers with adjustable electric fields permits...
The BaBar drift chamber (DCH) is used to measure the properties of charged particles created from e{...
A general purpose program for drift chamber studies is described. First the capacitance matrix is ca...
This paper describes the performances of a large volume drift chamber with complete digitization of ...
The ATLAS muon spectrometer uses tracking chambers consisting of up to 6 m long drift tubes filled w...
International audienceThe micro-irradiation, neutron metrology and dosimetry laboratory of the Insti...
Drift chambers are a type of gaseous ionization detector used in high-energy physics experiments. Th...
A small protoype of the KLOE drift chamber has been tested also in presence of a magnetic field. Dri...
The DRIFT dark matter detector (Directional Recoil Identification From Tracks) recently proposed by ...