Explain the pure vibrational Raman Spectrum of diatomic molecule
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Answer:
The spectroscopic technique based on Raman scattering, where the molecules shift vibrational state, is termed vibrational Raman spectroscopy. A vibrational Raman spectrum contains the unique and highly resolved vibrational signature of the scattering molecule
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Answer:
Vibrational spectroscopy includes infrared, near-infrared and Raman spectroscopies that vary in their applicability. Raman spectroscopy provides highly specific chemical fingerprints of samples. It can be employed for a wide range of applications in the fields of life and materials sciences; e.g. research of pharmaceuticals, living cells, complex biofluids and cell organelles as well as commercial applications in geosciences and mining industry. However, conventional Raman spectroscopy has suffered from fluorescence backgrounds swamping the Raman signals. Investigation of samples that have previously been beyond the reach of traditional Raman is now possible. Timegate Instruments has developed a compact and cost-effective patented Raman technique, PicoRaman, which enables acquiring fluorescence-suppressed Raman spectra.
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