The Delbruck type involves only interactions between photons and therefore has no analogue in classical physics. The Bhabha type involves electrons and positrons, while the Mott type is valid when one of the participants is much heavier than the other. The Kirchhoff theory of it is based on Huygens' principle and is used to study rough surfaces, while the Moller type is when two electons interact, and Fermi's Golden Rule can be used to determine its effective cross section. Best known in its Mie and Rayleigh varieties, For 10 points, identify this process in which particles are deflected by co
The Delbruck type involves only interactions between photons and therefore has no analogue in classical physics. The Bhabha type involves electrons and positrons, while the Mott type is valid when one of the participants is much heavier than the other. The Kirchhoff theory of it is based on Huygens' principle and is used to study rough surfaces, while the Moller type is when two electons interact, and Fermi's Golden Rule can be used to determine its effective cross section. Best known in its Mie and Rayleigh varieties, For 10 points, identify this process in which particles are deflected by collisions with other particles.
The Delbruck type involves only interactions between photons and therefore has no analogue in classical physics.
{scattering}