Introduction:
This laboratory experiment makes use of HPLC-MS to identify and quantify uric acid, 6-aminouracil (6-AU), and allantoin in synthetic urine, with tyrosine as an internal standard. It is designed for use in Quantitative Analysis laboratory, but may find applications in forensic and biochemistry laboratories as well. An Excel file is provided that serves as…
Professor Thomas Wenzel wrote these collaborative activities to help students learn about molecular and atomic spectroscopy. Consequently, the student activities cover topics like ultraviolet/visible absorption, molecular fluorescence, infrared, and Raman spectroscopy. Likewise, the activities introduce students to atomic spectroscopy. In addition, Professor Wenzel provides professor's with a list of learning objectives, an instructor's manual, and advice for generating…
Introduction
This module provides a context for introducing fundamental techniques used in chemical analysis (spectrophotometry, atomic absorbance spectroscopy and ion selective electrodes) along with considerations about sampling and sample preservation. Using an active learning approach, the module explores some fundamental water quality parameters such as the concentration of inorganic cations and anions that may aid…
Introduction
This module provides an introduction to the main concepts related to mass spectroscopy. The materials are intended for use in an undergraduate instrumental analysis course and are broken down into categories such as instrument components, hyphenated techniques, and data interpretation.
LINK to Website
Developed by:
Dr. Olujide Akinbo
Dr. Michael Samide
This is a module focused on explaining the need for and use of analog-to-digital converters in analytical chemistry. Both a graphical and textual version are available in English and a supplement in Vietnamese is also available.
The website is available here .