Webinar 1:
Theory of FT-IR Gas Analysis
(30 minutes)

Gas analysis using an FT-IR spectrometer offers many advantages over other identification and quantification techniques. Speed, sensitivity, versatility and lower cost make the technology appealing. To make the most of the hardware, one must have a basic understanding of the data. This 30-minute Webinar will introduce you to the theory behind FT-IR gas analysis and help you to design and implement strategies to more effectively problem solve, no matter what your environment.

Webinar 2:
Designing an FT-IR Gas Delivery System
(45 minutes)

FT-IR gas analysis is different than any other type of FT-IR experiment. Not only are there choices to be made relating to the spectrometer hardware configuration, but the sample to be tested is rarely conveniently available. For this reason, the transportation and delivery of a gas sample requires thought and understanding in its design. There are a number of choices that will need to be made and this Webinar is designed to help make those decisions easier.

Webinar 3:
Creating a Quantitative Gas Method for FT-IR
(45 minutes)

Collecting good quality gas spectra is the first step in designing any quantitative method using FT-IR. Incorporating those spectra into a software package designed to generate quantitative relationships can be a little tricky. This Webinar is designed to lead you through the thought process of creating a high-quality gas method. We will discuss everything from the types of methodologies available to the calibration tools to evaluate the quality of your finished product. This Webinar will focus on the Thermo Scientific TQ Analyst software package to demonstrate the development process.

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