Accelerator Division




Proton Source Home Page Photo Captions

The Fermilab site, focussing on the Main Injector (foreground), the antiproton source, the Booster, Wilson Hall and the Fixed Target area. MiniBooNE Phototube Assembly MI Beamline This image, together with the previous image, make a nice view of the complex, with the Main Injector prominent in the foregroud. (These two images share 30 pixels of image: Note service building at the bottom appears in both images)
This is the 201 MHz power tube, called the 7835, from the first half of the Fermilab Linac. 7835 Power Tube Superconducting cavity Superconducting cavity for the proposed 8-GeV Linac
Booster RF cavity in place in the Booster tunnel.
Tevatron Magnet Linac RF end plate First stage of acceleration through  Cockcroft-Walton accelerator.
Ion Profile Monitor in Booster tunnel.
Pelletron & Jerry Bonnie at NuMI High Energy end of Linac Accelerator.
Closeup of photomultiplier tube used in MiniBoone.
MiniBooNE Photomultiplier tube Pelletron Assembly Booster RF power supply with rack of associated electronics.
Foreground: The Antiproton Source; Middle: The Booster; Prominent, of course, Wilson Hall. Aereal Wilson The Main Injector Booster magnets in the tunnel. The bottom of the girder houses a capacitor bank.
A bottle of Hydrogen in the dome of the Cockcroft-Walton accelertor. This is the source of the protons that get accelerated through the various Fermilab accelerators.
MI & TeV MI & TeV Diagram of MiniBooNE detector. Note scale to person.
Alignment check of a  patient at the Neutron Treatment Facility, which operates with some of the Linac beam. MI & TeV MI & TeV 12 Megawatt Modulator for the new high energy end of the Linac.
Drift tubes inside the old style Linac tank (RF cavity).
MI & TeV



 
Last update: March 19, 2007

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