This simulation provides students with a highly customizable HPLC simulator that can allow them to collect realistic data for many compounds under a wide range of conditions.
The material is designed for the undergraduate instrumental analytical chemistry course level. The activities have been provided in both Spanish and English versions below.
This Journal of Chemical Education article (J. Chem. Educ. 2020, 97, 263−264) by Yannick Esvan of Charnwood Molecular Ltd., Nottingham and Wael Zeinyeh of the University of Lyon describes a free web application that explains the Fourier Transform as applied to an NMR signal through the use of a guided tutorial linked to a…
A simulation of gas chromatography analyses using a free web based simulation tool.
Created by Mark Jenson at Concordia College, this site, currently in the ASDL Collection, provides two useful resources for instructors and students of analytical chemistry. The first is a collection of LabVIEW virtual instruments (VIs) for demonstrating topics such as signal-to-noise ratios, boxcar and ensemble averaging, power spectra, digital filtering, analog-to-digital conversions, and the Nyquest frequency.…
This lab simulation provides students with the ability to simulate capillary electrophoresis separations and explore the fundamental properties which influence the separaions.
Hands-on learning in a remote laboratory environment.
This Journal of Chemical Education Article by Deon T. Miles and William G. Wells of the Department of Chemistry, Sewanee: The University of the South describes a homemade kit with at home, hands on laboratory experiments in spectroscopy and chromatography. The paper and supporting information describe both hands on…
The simulation of important concepts in HPLC is accomplished through the use of provided Excel macros. The exercise is written with explicit instructions that can be used as an at-home laboratory exercise or as supporting material for lectures on chromatograpic theory. Macros are included for isocratic, linear and step gradient, and non-ideal behaviors (Langmuir, adsorption at…