Stimulated Raman Spectroscopy
Stimulated Raman scattering occurs when an excess of Stokes photons that were previously generated by normal Raman scattering are added to the excitation beam. The mode that is the strongest in the regular Raman spectrum is then greatly amplified.
Stimulated Raman is an example of non-linear Raman spectroscopy – with a 4-5 order of magnitude enhancement in Raman signal. As the Stokes beam is unidirectional with the incident laser beam, only the strongest Raman signal is amplified, all other weaker signals are not present within the spectrum.
Recommended Products for Stimulated Raman Spectroscopy
Spectrometers
IsoPlane
Multi-Award Winning Imaging Spectrometer
- Patented astigmatism free Schmidt-Czerny-Turner design
- High spectral resolution
- Superior signal-to-noise ratio
TriVista
High-Resolution Triple Spectrometers
- Wavelength tunable Raman Spectroscopy
- Measure smallest energy shifts from laser lines
- Versatile: ≥4 instruments in 1
PIXIS
High-Performance, Low-Noise CCD Cameras
- Broad range 120–1100 nm
- Lifetime vacuum guarantee
- Low dark current
PyLoN
Extremely Low Noise Liquid Nitrogen Cooled Cameras
- -120 °C cryogenic cooling
- 1800 spectra per second
- Ultra low noise
BLAZE
Award Winning Cameras for Spectroscopy
- Up to 300% higher NIR sensitivity
- True -100°C cooling
- Permanent vacuum guarantee
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