This technique's selection rule requires that a compound's polarizability changes during a vibration.
This technique is commonly used to detect the G prime band of carbon nanotubes. It is also used to map three dimensional surfaces in a commonly used type of confocal microscopy. This technique gives a characteristic reading for benzene at 992 inverse centimeters. 785 and 514 nanometer lasers are typically used for this technique. The mechanism of this technique occurs if d alpha over d r is greater than zero. This technique's selection rule requires that a compound's polarizability changes during a vibration. This technique involves the excitation of a photon to a virtual energy state followed by a Stokes or anti-Stokes shift. For 10 points, name this form of spectroscopy based on a type of inelastic scattering named for an Indian scientist.
This technique is commonly used to detect the G prime band of carbon nanotubes.
Raman spectroscopy [or Raman scattering]