EAE4062 - Applied analytical geochemistry - 2019

The analysis of geomaterials (e.g., rocks, minerals, soils, water) presents unique challenging related to their complexity. This hands-on unit will introduce the basic analytical tools used by geochemists and environmental scientists for measuring the mineralogical, chemical, and isotopic compositions of geomaterials. We will also cover some advanced topics, in particular the use of synchrotron light in geosciences.

The unit is suitable for any geoscientist working with geochemical data.

Specific topics covered include:

1. Laboratory inductions, basics of analytical chemistry (e.g., precision, accuracy, blanks)
2. Working in the wet lab.
3. Mass spectroscopy - trace elements
4. Mass spectroscopy - isotope ratios
5. Mass spectroscopy - geochronology
6. Sample prep. Budget. Plan a project.
7. Water chemistry
8. X-ray Diffraction
9. Synchrotron-based spectroscopy, diffraction and microscopy
10. Electron microscopy and microprobe techniques

On completion of this unit students will be able to:

1. Understand the different analytical tools that can be used to study geochemical systems and the information they deliver.
2. Prepare samples, acquire data, and interpret the results.
3. Use a range of analytical techniques.
4. Design and conduct an analytical campaign - including budgeting, selecting adequate samples and analytical tools, quality control, and reporting the results

Practical work: 20%

Assignment: 30%

Presentation: 50%

• Two weeks of lecture and laboratory activities, totalling 70 hours
• Two weeks for working on projects, including three hours supervised study
• Two half day field trips

See also Unit timetable information

Master of Science