Separation Science, in collaboration with GERSTEL, Inc, offers an on-demand webinar covering the history and analytical basis of analytical thermal extraction for interior air quality.

Learn the basics of GC×GC. Hear about the advantages of GC×GC-FID for profiling of cannabis terpenes. See the additional benefits that mass spectrometry can bring for differentiating cannabis strains.

Learn the basics of GC×GC and what it offers for analysis of TPH-CWG. See how offline sample fractionation can be eliminated. Hear about the dual-channel GC×GC-FID. See ChromSpace software in action.

Presented here is the use of a novel advanced electron ionization (AEI) source in conjunction with GC/QQQ to provide a simple way to measure nitrosamines at low part per trillion (ng/L, ppt) levels.

The manual determination of these compounds can take a lot of time. An automated method based on the well-established DGF method ‘DGF C-VI 18(10)’ (AOCS Cd 29c-13) is now available with Agilent equipment.

This webinar will provide an insight of the advanced technology behind the new ISQ 7000 and TSQ 9000 systems, and the main benefits delivered to the end user.

We present workflows for unknown identification using GC Orbitrap based mass spectrometry and spectral libraries that can allow you to insure that a comprehensive picture of your sample is obtained.

Hans-Gerd will describe how GC-VUV provides a new solution to MOSH / MOAH analytical challenges through its unique selectivity.

Join us to learn about: Fit-for-purpose, comprehensive analysis of pesticides in a selection of foodstuffs, by LC- and GC-MS/MS or Key considerations and easy-to-use tools to maximise your method performance.

To obtain a univocal identification we need three independent pieces of analytical information. The solution using the GC to separate the components and MS (TOF) and FTIR to give structural elucidation.