Theory shows that the ratio of Stokes Raman to anti-Stokes Raman intensity is: where ?0 is the…
Theory shows that the ratio of Stokes Raman to anti-Stokes Raman intensity is: where ν0 is the Rayleigh scattered frequency, νi is the frequency of the Raman light, and T is the Kelvin temperature of the molecules. Use this relationship to determine the temperature of a system where the ratio of Stokes to anti Stokes is 1.8. The excitation source is 532 nm and the Stokes emission occurs at 506.3 nm. Dec 08 2021 01:39 PM
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