Scattering Cross Section: Difference between revisions

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Created page with "=Scattering Cross Section= <center><math>d\sigma = \frac{number of particles scattered/ sec into d\Omega at \Theta , \Phi}{number of particles/cm^2/sec in incoming beam} = I(\Th…"
 
Vanwdani (talk | contribs)
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=Scattering Cross Section=
=Scattering Cross Section=


<center><math>d\sigma = \frac{number of particles scattered/ sec into d\Omega at \Theta , \Phi}{number of particles/cm^2/sec in incoming beam} = I(\Theta,\Phi)d\Omega</math></center>
<center><math>d\sigma = \frac{number\ of\ particles\ scattered\ / sec\ into\ d\Omega\ at\ \Theta , \Phi}{number\ of\ particles\ /cm^2\ /sec\ in\ incoming\ beam} = I(\Theta,\Phi)d\Omega</math></center>
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<center><math>where\ \frac{d\sigma}{d\Omega}\equiv differential\ scattering\ cross\ section</math></center>
<center>"where"<math>\frac{d\sigma}{d\Omega}\equiv </math>"differential scattering cross section"</center>

Revision as of 16:40, 1 February 2016

Scattering Cross Section

[math]\displaystyle{ d\sigma = \frac{number\ of\ particles\ scattered\ / sec\ into\ d\Omega\ at\ \Theta , \Phi}{number\ of\ particles\ /cm^2\ /sec\ in\ incoming\ beam} = I(\Theta,\Phi)d\Omega }[/math]

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[math]\displaystyle{ where\ \frac{d\sigma}{d\Omega}\equiv differential\ scattering\ cross\ section }[/math]
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