St. Louis University
Jennifer Monahan, PhD, is a chemistry educator and researcher specializing in chemical education and surface science. Her work focuses on developing undergraduate laboratory experiences, advancing chemistry teaching methods, and investigating adhesion through quantitative measurement techniques. She is committed to hands-on learning and received the William V. Stauder Award for Excellence in Undergraduate Teaching in the Natural Sciences in 2021.
https://www.chromacademy.com/learning-paths/essentials-for-new-analytical-scientists All the modules are usable with an email that ends with .edu. In 2023, the ACS Subdivision on Chromatography and Separations…
View Resource →A primer for liquid chromatography provided by Agilent Technologies. This publication reviews all aspects of fundamental liquid chromatography (LC). The material covered…
View Resource →This video, distributed on YouTube by the Royal Society of Chemistry is on the basic principles of GC. This video is a…
View Resource →US Environmental Protection Agency site that explains GC for those interested in environmental analysis. Assumes some user background in the field. Includes…
View Resource →This site provides a Word document that describes a GC experiment involving the separation and quantitation of four butyl alcohol isomers. It…
View Resource →Applications and tutorials related to supercritical fluid chromatography and temperature programming in liquid chromatography (PDF). Application area is mainly petrochemicals.The website is…
View Resource →A guide to troubleshooting chromatography problems, especially GC. There is also material on increasing column efficiency and reference material on properties of…
View Resource →This site has a series of links to QuickTime movies that animate the chromatographic process. The movies show the effect of changing…
View Resource →This site contains standard definitions related to chromatgraphy similar to treatments found in analytical textbooks. It introduces the beginning student to LC…
View Resource →This site is an introductory lecture in outline form about chromatography. It appears directed toward biochemical separations. The coverage is broad but…
View Resource →This site contains a good review of GC detectors that is linked to animated files describing the hardware and principles of operation…
View Resource →This chromatography experiment is designed to introduce students to the theory of chromatographic separation of mixtures and packed column chromatography. A section…
View Resource →This website gives the IUPAC approved definitions in the field of chromatography. It is critical for students to appreciate the importance of…
View Resource →This site from TRSL is the main site that links to many animations related to how chromatography systems work. Most of the…
View Resource →This site has very good animations related to separations. It deals specifically with solvent focusing in gas chromatography. The animations are short…
View Resource →An introductory site about chromatography designed for freshman course that does not go into great depth. However, the simulation of paper chromatography…
View Resource →This animation site deals specifically with split injection in gas chromatography. The animations are short (one to two minutes) and can easily…
View Resource →This site is one in a series of sites with very good animations related to separations. This animation deals specifically with splitless…
View Resource →This site is one in a series of sites with very good animations related to separations. This animation deals specifically with solute…
View Resource →This site is one in a series of sites with very good animations related to separations. This animation deals specifically with electron…
View Resource →This site is one in a series of sites with very good animations related to separations. This animation deals specifically with flame…
View Resource →This site describes a simple separation of a binary mixture using liquid chromatography followed by purity analysis by melting point, and may…
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