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Total images: 9
CERN-PHOTO-201808-186-1 - Small, Medium, Large, Original Final adjustments to the radial Time Projection Chamber Detector before
insertion into the Alpha-g experimental setup.
CERN-PHOTO-201808-186-2 - Small, Medium, Large, Original The radial Time projection chamber will measure the position of
anti-hydrogen annihilations by detecting the trajectories of particles
produced in the annihilation reactions. This will be used to study the
gravitational force on antimatter in the Alpha-g experiment.
CERN-PHOTO-201808-186-3 - Small, Medium, Large, Original The radial Time projection chamber detector for the Alpha-g experiment
during the commissioning phase with the gas and water cooling rack on
the left and Data acquisition rack on the right.
CERN-PHOTO-201808-186-4 - Small, Medium, Large, Original The Radial Time projection Chamber detector for the Alpha-g experiment
is 2.3m long with a diameter of 0.4m.
CERN-PHOTO-201808-186-5 - Small, Medium, Large, Original Verification of the cabling during the commissioning phase of the radial
Time projection Chamber detector for the Alpha-g experiment.
CERN-PHOTO-201808-186-6 - Small, Medium, Large, Original Positioning of the cables along the detector before finale installation
of the radial Time projection Chamber detector for the Alpha-g experiment
CERN-PHOTO-201808-186-7 - Small, Medium, Large, Original Electrical connections from the Alpha-g radial Time projection chamber
to the data acquisition rack. Optical fibres, coax cables, laser fibres
and power cables exit the detector through the top plate of the detector.
CERN-PHOTO-201808-186-8 - Small, Medium, Large, Original The radial Time projection chamber will measure the position of
anti-hydrogen annihilations by detecting the trajectories of particles
produced in the annihilation reactions. This will be used to study the
gravitational force on antimatter in the Alpha-g experiment.
CERN-PHOTO-201808-186-9 - Small, Medium, Large, Original The radial Time projection chamber will measure the position of
anti-hydrogen annihilations by detecting the trajectories of particles
produced in the annihilation reactions. This will be used to study the
gravitational force on antimatter in the Alpha-g experiment.
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