Photon yield: Difference between revisions
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There were used couple of targets to simulate bremsstrahlung radiation yield. Energy of incident electrons was chosen to be E = 14.0 MeV. Number of incident electrons was <math>10^4</math> The radiatoin yield was estimated for <math>E_{\gamma} > 6 MeV</math> in the range of angles <math>0^0 < \theta < 2^0 </math>, <math>\theta</math> is opening angle of the radiation cone. | There were used couple of targets to simulate bremsstrahlung radiation yield. Energy of incident electrons was chosen to be E = 14.0 MeV. Number of incident electrons was <math>10^4</math>. The radiatoin yield was estimated for <math>E_{\gamma} > 6 MeV</math> in the range of angles <math>0^0 < \theta < 2^0 </math>, <math>\theta</math> is opening angle of the radiation cone. | ||
'''Tantalum target''' | '''Tantalum target''' | ||
[[Image:Ta_energy.png|500px]] | [[Image:Ta_energy.png|500px]] | ||
Revision as of 17:12, 24 April 2008
There were used couple of targets to simulate bremsstrahlung radiation yield. Energy of incident electrons was chosen to be E = 14.0 MeV. Number of incident electrons was [math]\displaystyle{ 10^4 }[/math]. The radiatoin yield was estimated for [math]\displaystyle{ E_{\gamma} > 6 MeV }[/math] in the range of angles [math]\displaystyle{ 0^0 < \theta < 2^0 }[/math], [math]\displaystyle{ \theta }[/math] is opening angle of the radiation cone.
Tantalum target
