In a Compton collision: e- ++ +y the change in the wavelength of the photon AX=-depends only on the relative angle at wh

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In a Compton collision: e- ++ +y the change in the wavelength of the photon AX=-depends only on the relative angle at wh

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In A Compton Collision E Y The Change In The Wavelength Of The Photon Ax Depends Only On The Relative Angle At Wh 1
In A Compton Collision E Y The Change In The Wavelength Of The Photon Ax Depends Only On The Relative Angle At Wh 1 (29.24 KiB) Viewed 11 times
In a Compton collision: e- ++ +y the change in the wavelength of the photon AX=-depends only on the relative angle at which the photons exit if the initial electron is considered at rest. a) Obtain the expression for A1 as a function of the angle that the outgoing photon makes with the incident photon. b) Obtain the expression for the angle formed by the outgoing photon with respect to the incident photon in a frontal Compton collision, that is:
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