Difference between revisions of "2NCorr SPDP Introduction"

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[[Production Analysis | go_back ]]
 
[[Production Analysis | go_back ]]
  
Our array of detectors has a highly non-uniform neutron efficiency and acceptance w.r.t. opening angle, which is due to geometry and efficiency as a function of both position and particle energy (see figure).  
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Our array of detectors has a highly non-uniform neutron efficiency and acceptance w.r.t. neutron-neutron opening angle. This is due to the array's non-spherically symmetric geometry, and to its neutron detection efficiency as a function of both particle position and energy (see figure). For this reason, every measured distribution in this experiment is made meaningful by normalization against
  
 
[[File:2N Corr D2OOpeningAngleDistribution.png|thumb| right|400px| Measured opening angle distribution of uncorrelated neutrons from a D2O target.  ]]
 
[[File:2N Corr D2OOpeningAngleDistribution.png|thumb| right|400px| Measured opening angle distribution of uncorrelated neutrons from a D2O target.  ]]

Revision as of 21:40, 19 January 2018

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Our array of detectors has a highly non-uniform neutron efficiency and acceptance w.r.t. neutron-neutron opening angle. This is due to the array's non-spherically symmetric geometry, and to its neutron detection efficiency as a function of both particle position and energy (see figure). For this reason, every measured distribution in this experiment is made meaningful by normalization against

Measured opening angle distribution of uncorrelated neutrons from a D2O target.



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