Abstract
Raman spectra of CCl4 is enhanced by a factor of 102-103 by means of hollow core quartz optical fiber filled with binary solution containing CCl4. The concentration of CCl4 in solution affects on Raman scattering coefficient of CCl4 also on aperture angle of liquid core optical fiber. For each kind of solution filling the hollow core optical fiber there is an optimum CCl4 concentration corresponding to a maximum Raman spectra of CCl4.
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