Difference between revisions of "2NCorr E1 E2 correlations VS theta abs"
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(Created page with "Here I examine correlations between the energy of each neutron from correlated pairs, and how theta_abs effects these correlations. The z-axis of the plots that follow can be...") |
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| − | Here I examine correlations between the energy of each | + | Here I examine correlations between the energy of each of two the neutrons from correlated pairs, and also how theta_abs effects the relationship. |
| − | The z-axis of the plots that follow can be interpreted as the fractional increase in the event rate for correlated neutrons, | + | The z-axis of the plots that follow can be interpreted as the fractional increase in the event rate for correlated neutrons, when compared to the corresponding event rate for uncorrelated neutrons. |
| + | |||
| + | The theta_abs cuts require that both neutrons be within the specified range. | ||
Below is the result for DU, with a theta_abs cut of +/- 45 degrees from the beam line: | Below is the result for DU, with a theta_abs cut of +/- 45 degrees from the beam line: | ||
Revision as of 04:52, 20 February 2018
Here I examine correlations between the energy of each of two the neutrons from correlated pairs, and also how theta_abs effects the relationship.
The z-axis of the plots that follow can be interpreted as the fractional increase in the event rate for correlated neutrons, when compared to the corresponding event rate for uncorrelated neutrons.
The theta_abs cuts require that both neutrons be within the specified range.
Below is the result for DU, with a theta_abs cut of +/- 45 degrees from the beam line:
Here is the result with a cut of +/- 45 degrees from the plane perpendicular to the beam line:
Here is the result with no cuts:
