Raman spectroscopy resources

Ocean Optics: Raman Spectroscopy Analysis and Techniques

Raman spectroscopy uses scattering of laser light to probe molecular structure. Of every million photons scattered, a single photon will interact with the vibrational states of a sample molecule and emit light of a different wavelength.

Nanobase Webinar: Toward Extreme Technology for Raman Scattering

Nanobase invites you to their first webinar of 2021. In this webinar, one of Nanobase's reference customers, Prof Mun Seok Jeong, demonstrates a technical edge of Nanobase's Raman instrumentation with examples of a recent project of AFM-Raman integration for TERS analysis. Prof. Jeong's presentation will be followed by a detailed explanation of Nanobase's Raman instrument capabilities and a Q&A session.

Laser Quantum: How to Choose a Raman Spectroscopy Laser

Above: Laser Quantum's ventus 532 cw laser. 

Raman spectroscopy is a non-destructive analytical technique that yields detailed information about the chemical structure, crystallinity, and phase of sample matter. It can also be used to investigate various molecular interactions based on the scattering of incident light. Lasers have proven incredibly valuable as light sources for Raman scattering due to their high intensity and practical monochromaticity. But not all Raman spectroscopy lasers are created equally.

Laser Quantum: Need a highly reliable laser with excellent beam qualities for Raman spectroscopy?

The Laser Quantum ventus 532 is built for Raman spectroscopy applications, with an M2 close to unity allowing for a tighter focal point hence a higher intensity.