The formula describing it is usually expressed as lambda prime minus lambda equals the quantity Planck's constant multiplied by one minus cosine theta, divided by the quantity rest mass of an electron multiplied by the speed of light.
The formula describing it is usually expressed as lambda prime minus lambda equals the quantity Planck's constant multiplied by one minus cosine theta, divided by the quantity rest mass of an electron multiplied by the speed of light. Lambda prime is the wavelength of the scattered photon, while lambda is the wavelength of the incident photon. An experimental demonstration of this phenomenon was first done in 1923, in which a beam of X-rays was incident upon carbon, and a movable detector measured the energy of the scattered X-rays at various angles. FTP, name this phenomenon, in which radiation scatters the loosely bound valence electrons of an atom.
The formula describing it is usually expressed as lambda prime minus lambda equals the quantity Planck's constant multiplied by one minus cosine theta, divided by the quantity rest mass of an electron multiplied by the speed of light.
Compton Effect or Compton Scattering