Although Raman spectroscopy has many advantages, sometimes it still needs to overcome some practical challenges. These issues occur on all Raman instruments. The solutions we provide can help you fully utilize the ideal performance of Raman systems.…… 【More】

By detecting the Raman scattering spectra of sample molecules, the structural characteristics of the molecules can be identified, which is suitable for qualitative analysis of chemical composition.…… 【More】

Raman spectroscopy is a molecular spectrum, and the inelastic scattering caused by the influence of the molecular structure of a substance on excitation light is called Raman scattering. The frequency change of scattered light forms Raman spectroscopy. Raman spectroscopy analysis is based on Indian scientist …… 【More】

For certain given chemical bonds, their infrared absorption frequency and Raman shift are essentially equal, both representing the energy of the first vibrational level. Therefore, for certain given compounds, the infrared absorption wave numbers and Raman shifts of certain peaks are exactly the same…… 【More】

By interpreting Raman spectra, you can identify chemical substances and obtain structural information. Raman scattering is the result of the interaction between laser and molecular vibrations. This vibration has high sensitivity to changes in chemical composition and structure, so you can identify subtle diff…… 【More】