Tagger Microscope

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-''[http://zeus.phys.uconn.edu/wiki/index.php/Tagger_microscope_prototype_construction|Main page: Tagger Microscope Contruction (UConn Wiki)]''+          ''[http://zeus.phys.uconn.edu/wiki/index.php/Tagger_microscope_prototype_construction Main page: Tagger Microscope Contruction (UConn Wiki)]''
The '''Tagger Microscope''' is a movable, high-resolution hodoscope that counts post- bremsstrahlung electrons corresponding to the photon energy band of interest to the experiment in Hall D. While designed as a general-use device, it has been optimized primarily for use in the GlueX experiment, covering the E<sub>&gamma;</sub> range of 8.4-9&nbsp;GeV (E<sub>e</sub> 3-3.6&nbsp;GeV) The '''Tagger Microscope''' is a movable, high-resolution hodoscope that counts post- bremsstrahlung electrons corresponding to the photon energy band of interest to the experiment in Hall D. While designed as a general-use device, it has been optimized primarily for use in the GlueX experiment, covering the E<sub>&gamma;</sub> range of 8.4-9&nbsp;GeV (E<sub>e</sub> 3-3.6&nbsp;GeV)

Revision as of 00:18, 8 November 2009

          Main page: Tagger Microscope Contruction (UConn Wiki)

The Tagger Microscope is a movable, high-resolution hodoscope that counts post- bremsstrahlung electrons corresponding to the photon energy band of interest to the experiment in Hall D. While designed as a general-use device, it has been optimized primarily for use in the GlueX experiment, covering the Eγ range of 8.4-9 GeV (Ee 3-3.6 GeV)


View of the tagger microscope from under the electron beam plane, with chamber walls removed
Enlarge
View of the tagger microscope from under the electron beam plane, with chamber walls removed
Rendering of the silicon photomultiplier-based scintillating fiber readout electronics.
Enlarge
Rendering of the silicon photomultiplier-based scintillating fiber readout electronics.