Bodenheimer et al. invented the "difference" form of this technique in a paper that also described the "breathing" of carbon tetrachloride.
Bodenheimer et al. invented the "difference" form of this technique in a paper that also described the "breathing" of carbon tetrachloride. The Albrecht-Hutley equation predicts this technique's signal enhancement. This technique is used to determine the ratio of crystalline and amorphous silicon in photovoltaic cells. The sensitivity of this technique improves by up to 1014 by first adsorbing the sample to a colloidal gold surface, such as on the tip of a microscope. Its cross section varies with the inverse-fourth power of (*) wavelength. The CARS form of this technique is a common mechanism for two-photon microscopy. The "resonance" form of this technique has greater signal enhancement. This technique identifies the vibrational modes of symmetric molecules but usually has lots of noise from Rayleigh photons. For 10 points, name this form of spectroscopy which measures Stokes and anti-Stokes shifts after inelastic scattering.
Bodenheimer et al. invented the "difference" form of this technique in a paper that also described the "breathing" of carbon tetrachloride.
Raman spectroscopy [or Raman scattering; or resonance Raman spectroscopy]