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What You Will Learn (SSS)

Basic FT-IR Theory
FT-IR spectroscopy is an important analytical technique used in most industrial and academic laboratories. We will introduce the basic theory of FT-IR spectroscopy and explain the design benefits of modern infrared (IR) instrumentation.

Live Software Demo
Learn how a full-featured spectroscopy software package can provide the tools necessary to analyze the most demanding analytical problems. Multimedia, interactive tutorials, and integrated diagnostics help guarantee accurate and consistent results.

Advancements in FT-IR Microscopy
The need for high-quality infrared microsampling is growing as materials become more complex, and even micro-defects can cause costly manufacturing disruptions. See how the latest IR microscope designs will quikcly solve simple analytical probelms and evaluate complex sample matrices. We will also show you how infrared imaging can provide quick and easy collection and visualization of microscopic and macroscopic samples.

Applications of Raman Spectroscopy
In this presentation, you will learn about the theory of the Raman technique and illustrate depth profiling using a confocal Raman microscope. We will also show how Raman measurements can be used for quantitative and qualitative analysis on samples with minimal or no sample preparation.

Improved Analysis of Oil and Gas Applications by FT-IR
This presentation will illustrate oil and gas applications using the FT-IR technique. Applications include used oil analysis, bulk gas purity analysis, specialty gas analysis including semiconductor gases, combustion emmissions monitoring and air bag effluent analysis, Aviator's Breathing Oxygen and compressed breathing air and many more applications.

Advanced FT-IR Spectroscopy
This presentation considers the characterization of ultra-thin coatings, oriented polymers and biologically active surfaces. These applications require specialized FT-IR solutions, like polarization modulation (PM-IRRAS), polymer stretching and surface Plasmon resonance (SPR).

FT-IR Sampling Techniques
IR sampling techniques gain importance as sample requirements evolve and time constraints increase. We will review basic FT-IR sampling techniques and introduce new sampling devices that improve the speed, efficiency, and accuracy of IR sample measurements. We will also show real-world examples of analyses using TGA-IR and GC-IR sampling.

Sample Handling Workshop
Live demonstrations of sample preparation and analysis of common sample types utilizing Attenuated Total Reflectance, Diffuse Reflectance and Specular Reflectance SMART Accessories.