Overview
General Description
Specifications
- Excitation: 455 and 532 laser lines,
- Raman mapping: fast 3D positioning stage with 100-nm step sizes in the X-Y direction and 200-nm in the Z direction
- Light detection: EMCCD camera
- Spectral resolution: 2 to 5 cm-1, depending on the spectral window
- Bulk sample accessory for powders and liquids
Technology Overview
Raman spectroscopy is a method of measuring frequencies and strengths of molecular vibrations. These frequencies typically belong in the infrared area of electromagnetic spectrum, but Raman spectroscopy allows measuring them using visible of near-IR light. Vibrational spectra of molecules are used to identify different species or crystalline structures of solids.
