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

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

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.

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

This talk will focus on the testing needs of cannabis operations requiring high testing volumes such as processors and other vertically integrated businesses and multi-state operators.

This webcast will be a conversation between George Fernandez and Ben Southwell. They will discuss strategies for developing a lab model centered around quality, transparency, and integrity.

In this work, we demonstrate a gas phase -tandem mass spectrometry application that easily integrates into contemporary cannabis testing laboratories.

We will cover near-realtime tracking of decarboxylation, what is decarboxylation of cannabinoids, how to sample and the benefits of IR in-process monitoring.

An overview of analytical approaches and data quality for quantifying cannabinoids in various matrices will be presented.