Show that the maximum kinetic energy E, called the Compton edge, that a recoiling electron can carry away from a Compton scattering event is given by hf Er (1+ mc²/2hf)' where f is the frequency of the incident photon and m is the electron mass.
Show that the maximum kinetic energy E, called the Compton edge, that a recoiling electron can carry away from a Compton scattering event is given by hf Er (1+ mc²/2hf)' where f is the frequency of the incident photon and m is the electron mass.
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![Show that the maximum kinetic energy E, called the Compton edge, that a recoiling electron can carry away
from a Compton scattering event is given by
hf
E
(1+ mc /2hf)
where f is the frequency of the incident photon and m is the electron mass.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffe1ce3ee-9943-4672-ac98-a0fbedd4e0d2%2F7c248902-b26d-4f70-a033-c2abb357c3ba%2Frrsgzvm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Show that the maximum kinetic energy E, called the Compton edge, that a recoiling electron can carry away
from a Compton scattering event is given by
hf
E
(1+ mc /2hf)
where f is the frequency of the incident photon and m is the electron mass.
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