Martin Doedt shares real-world examples of issues in plastic processing, use, and production, showing how macro and micro FT-IR spectroscopy help identify and solve these problems

Prof. Lloyd-Jones will show how SF-FT-IR and SF-NMR help monitor fast, sensitive reactions like trifluoromethylation, enabling reproducible analysis and precise temperature control.

This webinar will showcase how advanced ED-XRF analyzers can tackle common analytical challenges in mining, offering solutions that improve precision and operational efficiency.

The basic principles of FTIR-based gas analysis are covered in this webinar.

Learn about FT-IR challenges in the far IR/THz region, vacuum advantages, the basics of verTera THz technology, and its application combined with FT-IR.

This webinar covers current research in catalysis, key aspects of instrumental setups, available accessories for in-situ monitoring, and applications across research fields.

Dr. Xia Stammer will describe how a vacuum not only terminates the water lines, but essentially increases stability, sensitivity, reproducibility, and thus the overall performance of the spectrometer.

This webinar provides a fundamental introduction to FT-IR applications in current physics research and offers a basic technical overview of infrared spectroscopy.

This 35-minute webinar gives a general outline of the applicability of infrared spectroscopy in the field of chemistry.

This webinar demonstrates the unique capabilities and high relevance of FT-IR spectroscopy in biosciences and provides a basic technical understanding of protein and complex biological sample analysis.