The formula for this effect uses the expression the quantity one minus cosine theta, end quantity, times Planck's constant divided by the quantity electron mass times the speed of light. It is similar in some ways to the photoelectric effect, but it is more concerned with relativistic momentum. Name this effect based on wavelength shifts in collisions between photons and e
The formula for this effect uses the expression the quantity one minus cosine theta, end quantity, times Planck's constant divided by the quantity electron mass times the speed of light. It is similar in some ways to the photoelectric effect, but it is more concerned with relativistic momentum. Name this effect based on wavelength shifts in collisions between photons and electrons as the photons bounce at various angles.
The formula for this effect uses the expression the quantity one minus cosine theta, end quantity, times Planck's constant divided by the quantity electron mass times the speed of light.
Compton Effect (or Compton Scattering or Compton Shift)