Difference between revisions of "Anisotropic n's vs. isotropic ones"

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[[File:Winhold fig.4.png | 400px]]
 
[[File:Winhold fig.4.png | 400px]]
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Say we have only anisotropic neutrons
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:<math>\Theta = 0^o:\ 100\ n's</math>
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:<math>\Theta = 90^o:\ 125\ n's</math>
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So the calculated asymmetry would be:
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:<math>A = \frac{125}{100} = 1.25</math>

Revision as of 15:01, 24 June 2011

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"The observation were consistent with the assumption that anisotropic fission is due solely to photons with-in about 3 MeV of the fission threshold".
Winhold and Halpern, Phys.Rev. 103 4, 990 (1956)


Winhold fig.4.png



Say we have only anisotropic neutrons

[math]\Theta = 0^o:\ 100\ n's[/math]
[math]\Theta = 90^o:\ 125\ n's[/math]

So the calculated asymmetry would be:

[math]A = \frac{125}{100} = 1.25[/math]