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From FT-IR to FT-NIR: new technology drives a new future for dairy
The difference in technology from FT-IR vs. FT-NIR and how it works.
Ask the Agilent Experts - Part 5: GC and GC/MS Scientists Discuss & Answer Your Most Frequently Questions
Best practices with GC and GC/MS systems. Why different consumables are used for different applications. What backflush is and how to set it up...
Soil Gas and Vapor Intrusion Sampling
Overview of soil gas collection and analysis, including sampling techniques and vapor intrusion testing basic strategies.
Identification of Raw Materials by a Handheld Instrument in Amber Glass, Paper Bags, and Other Challenging Containers
Innovative use of Spatially Offset Raman Spectroscopy (SORS) for Raw Material Verification.
Is it time to consider an alternative GC carrier gas?
How your helium consumption can be significantly reduced if moving to hydrogen is just not an option.
Latest advances in GC/MS air analysis workflows: from PFAS to utilizing hydrogen carrier gas
How Markes’ thermal desorption (TD) equipment coupled to Agilent’s GC-MS systems can be used for PFAS analysis from air and materials.
Techniques for Avoiding Unexpected Problems in LC and GC Analysis
We will cover topics including peak shape, ghost peaks, tailing peaks, split peaks, missing peaks, variable retention times, high backpressure, instrument contamination, and ion suppression.
Elevate your lab: How to manage a successful LIMS implementation
How to achieve a successful laboratory software installation.
The Encounter: Ethylene Oxide Analysis
End-to-end workflow solution to meet your Ethylene Oxide testing requirements so that the samples pass the export regulatory mandate.
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Compound Discoverer software workshops (Specialized data processing: GCMS)
The workshops are designed to bring beginners up-to-speed with best practices as well as allow advanced users to interact with software experts and enquire how to get the most out of their data.
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