Bremsstrahlung photon intensity and energy

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The timescale of an electron's deceleration significantly influences the energy and intensity of Bremsstrahlung photons emitted. An electron that decelerates over a longer distance and time emits a continuum of low-energy photons, while a rapidly decelerating electron produces higher energy photons despite having the same final energy. The relationship between deceleration and photon emission is non-linear, with larger decelerations correlating to higher energy emissions. The intensity and energy of the emitted photons are determined by the specifics of the deceleration process rather than just the final energy state of the electrons. Understanding these dynamics is crucial for applications involving Bremsstrahlung radiation.
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Does the timescale over which a charge decelerates determine the energy and intensity of brem photons?

Consider two electrons, one is decelerated over a large distance and relatively long period of time. A second electron is involved in fast scattering event and loses its energy relatively quickly and is ultimately left with the same final energy as the first electron.

Does the first electron emit a continuum of low energy photons through its deceleration, as compared to the second one? What ultimately determines the ratio of photon energies and intensities?
 
Science news on Phys.org
In Bremsstrahlung, a continuous frequency spectrum of photons is emitted because the electron is not decelerating sinusoidally. Larger decelerations lead to higher energy photons.
 
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