Difference between revisions of "Accelerator Operation and Components"

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(New page: <ul> <li>The Ion Source</li> The CASE Nuclear Structure Lab ion source is a General Ionex 860A (now part of High Voltage Europa [http://www.highvolteng.com/Ion_Accelerator_Systems.html...)
 
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<ul>
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;The [[Ion Source]]
<li>The [[Ion Source]]</li>
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:The CASE Nuclear Structure Lab ion source is a General Ionex 860A (now part of High Voltage Europa [http://www.highvolteng.com/Ion_Accelerator_Systems.html HVEE]), purchased in 1983. It is a negative ion source capable of making microAmp beams of most elements from the periodic table (exceptions include noble gases).   
The CASE Nuclear Structure Lab ion source is a General Ionex 860A (now part of High Voltage Europa [http://www.highvolteng.com/Ion_Accelerator_Systems.html HVEE]), purchased in 1983. It is a negative ion source capable of making microAmp beams of most elements from the periodic table (exceptions include noble gases).   
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;The [[Tandem]]
<li>The [[Tandem]]</li>
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:The CASE Nuclear Structure Lab accelerator is the FN-8 Tandem Van de Graaff built by High Voltage Engineering Corporation in 1967. It uses a pelletized charging chain to create voltages up to 8 Million Volts.
The CASE Nuclear Structure Lab accelerator is the FN-8 Tandem Van de Graaff built by High Voltage Engineering Corporation in 1967. It uses a pelletized charging chain to create voltages up to 8 Million Volts.
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;The [[Ion Optics]]
<li>The [[Ion Optics]]</li>
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:A variety of ion optical elements are used to steer and focus the beam.  
A variety of ion optical elements are used to steer and focus the beam.  
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;The [[Target Room]]
<li>The [[Target Room]]</li>
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:The CASE NSL Target Room has 6 beamlines available for experiments in nuclear physics, atomic physics, condensed matter, radiation damage and Accelerator Mass Spectromtry.</li>
The CASE NSL Target Room has 6 beamlines available for experiments in nuclear physics, atomic physics, condensed matter, radiation damage and Accelerator Mass Spectromtry.
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; The [[Detectors]]
<li>Detection</li>
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:Each experiment uses specialized detectors to count, identify and characterize the reaction products.
<ul>
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<li>For the [[Al (p,n) Si | <sup>27</sup>Al (p,n) <sup>27</sup>Si]] experiment</li>
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Return to [[Lab Manuals]]
<li>For the [[B (p,n) C | <sup>11</sup>B (p,n) <sup>11</sup>C]] experiment</li>
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</ul>
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</ul>
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Latest revision as of 13:11, 8 September 2010

The Ion Source
The CASE Nuclear Structure Lab ion source is a General Ionex 860A (now part of High Voltage Europa HVEE), purchased in 1983. It is a negative ion source capable of making microAmp beams of most elements from the periodic table (exceptions include noble gases).
The Tandem
The CASE Nuclear Structure Lab accelerator is the FN-8 Tandem Van de Graaff built by High Voltage Engineering Corporation in 1967. It uses a pelletized charging chain to create voltages up to 8 Million Volts.
The Ion Optics
A variety of ion optical elements are used to steer and focus the beam.
The Target Room
The CASE NSL Target Room has 6 beamlines available for experiments in nuclear physics, atomic physics, condensed matter, radiation damage and Accelerator Mass Spectromtry.</li>
The Detectors
Each experiment uses specialized detectors to count, identify and characterize the reaction products.

Return to Lab Manuals