Frequency Change in Scattered Light

Details Frequency Change in Scattered Light Frequency Change in Scattered Light

Dec 1928

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1928natur.122..921l&link_type=abstract

Nature, Volume 122, Issue 3085, pp. 921 (1928).

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Scientific paper

WORK has been carried out in this laboratory on the frequency change in scattered light (Raman effect), using a plane polarised beam. The preliminary results seem sufficiently interesting to be worth publishing even in an incomplete form. With carbon tetrachloride and an unpolarised beam, it is found that the modified lines of wave-lengths 4400 A., 4419 A., and 4447 A., produced by subtracting the quanta corresponding to the infra-red wave-lengths 46µ, 32µ, and 22µ from the violet mercury line 4358 A., are all about equally strong. If the exciting light is plane polarised, the line 4447 A. is missing when the scattered light is examined in the plane of polarisation of the incident light, but appears with about twice the intensity of the other two when observed in a direction at right angles to it.

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