Difference between revisions of "Yields and Asymmetry for different detectors configurations."
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| − | ==Below is cos(Theta) of neutrons a and b in LAB frame. No energy cuts was made== | + | ==Below is cos(Theta) of neutrons a and b in LAB frame. No energy cuts was made. The spectrum is a convolution of the "initial" spectrum which the FF emits, and the kinematic effects due to the fragment recoil== |
[[File:Cos theta 1n nocut.png | 700px]] | [[File:Cos theta 1n nocut.png | 700px]] | ||
| − | ==Below is | + | ==Below is the same spectrum, but made with 2 MeV energy cuts.== |
[[File:Cos theta 1n cut1.png | 700px]] | [[File:Cos theta 1n cut1.png | 700px]] | ||
Revision as of 15:46, 14 June 2011
Follow are some Monte Carlo simulations of 2n correlations. One neutron are from one FF, two neutrons per fission. No accidental neutron was considered, all neutrons are correlated. Total 10M events was simulated. Every neutron was sampled up to 10 MeV. The polarization of gammas are zero.
Below is cos(Theta) of neutrons a and b in LAB frame. No energy cuts was made. The spectrum is a convolution of the "initial" spectrum which the FF emits, and the kinematic effects due to the fragment recoil
Below is the same spectrum, but made with 2 MeV energy cuts.
