Difference between revisions of "Electronics We Need to Collect"

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[[Image:50 nsec.jpg|left|300 px|Electron Pulse]]
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[[Image:50 nsec.jpg|left|125 px|Electron Pulse]]
  
 
It'll hit our target and neutrons will be collected.
 
It'll hit our target and neutrons will be collected.
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1/V = 10nsec/foot => Detector must be > 5 feet from target.
 
1/V = 10nsec/foot => Detector must be > 5 feet from target.
  
Discriminating Signals
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==Discriminating Signals==
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[[Image:what we'd like to see with d20.jpg|left|350 px|What we'd like to see with D20]]  [[Image:what we'd like to see with h20.jpg|right|350 px|What we'd like to see with H20 and our empty target]]
  
What we'd like to see with D <sub> 2 </sub> 0
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==What We Need==
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* n <sup>o</sup> detectors
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* High voltage
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* Splitters
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* Discriminators
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* Scalers
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* NIM bin
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* FAN
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* Oscilloscope
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* Delay
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* Cables
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==What Else Needs to be Done?==
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* Round up electronics
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* Set up electrons
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* NIM bin
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* Mounting system
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* Polarization
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* Find as many scalers as possible.
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* Check Dr. Dale's calculations
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** Given the collimator's 17" -> can the electron which makes a neutron get through the collimator?
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* Will it burn a hole through the collimator?
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** 1 KH
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** 50 nsec pulse width
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** 80 MA peak current
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** 1 mm beam size
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** No Conduction
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** Radiated cooling
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-These are the notes from the July 15th, 2008 meeting.
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[http://wiki.iac.isu.edu/index.php/PhotoFission_with_Polarized_Photons_from_HRRL Go Back]

Latest revision as of 06:25, 5 February 2009

Electron Pulse

It'll hit our target and neutrons will be collected.

B n o = .1

P n = 1.04 MeV/c

1/V = 10nsec/foot => Detector must be > 5 feet from target.

Discriminating Signals

What we'd like to see with D20
What we'd like to see with H20 and our empty target











What We Need

  • n o detectors
  • High voltage
  • Splitters
  • Discriminators
  • Scalers
  • NIM bin
  • FAN
  • Oscilloscope
  • Delay
  • Cables

What Else Needs to be Done?

  • Round up electronics
  • Set up electrons
  • NIM bin
  • Mounting system
  • Polarization
  • Find as many scalers as possible.
  • Check Dr. Dale's calculations
    • Given the collimator's 17" -> can the electron which makes a neutron get through the collimator?
  • Will it burn a hole through the collimator?
    • 1 KH
    • 50 nsec pulse width
    • 80 MA peak current
    • 1 mm beam size
    • No Conduction
    • Radiated cooling


-These are the notes from the July 15th, 2008 meeting.

Go Back