An x-ray beam containing single-frequency (monoenergetic) photons with 60 keV energy collide with carbon-12 atoms. Considering single-event Campton scattering, if the scattered photons are at 20 degrees off the original beam direction, calculate (i) the Compton photon energy, and (ii) the kinetic energy of the Compton electrons.
An x-ray beam containing single-frequency (monoenergetic) photons with 60 keV energy collide with carbon-12 atoms. Considering single-event Campton scattering, if the scattered photons are at 20 degrees off the original beam direction, calculate (i) the Compton photon energy, and (ii) the kinetic energy of the Compton electrons.
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Question: An x-ray beam containing single-frequency (monoenergetic) photons with 60 keV energy collide with carbon-12 atoms. Considering single-event Campton scattering, if the scattered photons are at 20 degrees off the original beam direction, calculate (i) the Compton photon energy, and (ii) the kinetic energy of the Compton electrons.
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