The (not so) EZ Journey to Improved GC Methods

Author(s): Chris Nelson, Jaap de Zeeuw, Jack Cochran, and Chris English
Restek Corporation

Published By: The Analytical Scientist

Issue: #0615 (Article #501)

Year of Publication: 2015

Link: https://theanalyticalscientist.com/issues/0615/the-not-so-ez-journey-to-improved-gc-methods/

Abstract: In this article for The Analytical Scientist, we explore the complex roots that led to the creation of our EZGC® method development software, a suite of web-based tools that recently received an Analytical Scientist Innovation Award. The journey from the powerful, yet complex, original Pro ezGC® program to the newly reconfigured (and simplified) EZGC® method development software has been an exciting one. Through the collaboration of analytical chemists and software developers, we were able to boil the input requirements of the original program down to a single essential question – what compounds do you need to separate? Based on this fundamental question, the interface and capabilities of the software evolved into a final iteration that gives GC users a fast, easy-to-use tool for solving real-world problems.

Impact of GC Parameters on the Separation Part 5: Choice of Column Temperature

Author(s): Jaap de Zeeuw
Restek Corporation

Published By: Separation Science

Year of Publication: 2015

Link: http://www.sepscience.com/Information/Archive/All-Articles/3839-/Impact-of-GC-Parameters-on-The-Separation—Part-5-Choice-of-Column-Temperature

Abstract: In parts 1, 2, 3 and 4 of this series we focused on the selection of stationary phase, column length, ID, and the film thickness. Besides the column specific parameters, there are three non-column specific parameters that impact the separation. These are the type of carrier gas, its linear velocity, and the temperature of the column. Here we look into the effects of temperature on separations.