Language

Typical IR absorbencies of a monolayer in an IRRAS experiment are about 10-3-10-4. Detection of such small absorbance calls for an FT-IR that can provide high signal-to-noise ratios in a short acquisition time.
 
Since atmospheric water vapor absorbs in the mid-infrared, it can interfere with the measurement of very small peaks. To achieve the best results, the FT-IR must be capable of keeping the water vapor interference to a minimum. The other important requirements for an FT-IR for surface science include high dynamic range and low baseline drift.
 
Bruker Analytical Services offers this advanced technique for your Materials Research and Surface Science projects.
 

Contact our customer service to receive more information on how we can help with your product analysis and development. If you have already found the services that fit your needs, please request a quote from one of our representatives.