Learning objectives
To learn the basic techniques in mineral and rock analysis and their application to gemology and to ceramic, concrete, and environmental sciences
Prerequisites
Classes in Mineralogy, Petrology,Chemistry and Physics
Course unit content
Analytical methods in Mineralogy and applications
Full programme
Part One: analytical methods in mineralogy.
X-ray diffraction. Diffraction in crystals, Laue and Bragg equations. Powder diffraction: principles and use (mineral identification). The diffractometer: Debye and Bragg-Brentano geometries. The Rietveld method and the quantitative analysis of minerals. Single crystal diffraction: the reciprocal lattice and the reflection sphere. Intensity of diffraction and structure factor.
Electron microscopy and microanalysis: limits of optical microscopy and principles of transmission electron microscopy. Electron microprobe and fluorescence. ZAF corrections and analytical problems.
Spectroscopic analyses. Raman and IR spectroscopy.
Part Two: Applied Mineralogy.
Applications of the techniques of analysis of minerals in concrete and ceramic sciences, in gemology and in environmental issues. Applications to planetary geology.
Practical lessons will be focussed to learn the basics in Rietveld analysis of diffraction patterns.
Bibliography
Wenk and Bulakh (2004) Minerals, their constitution and origin. Cambridge university press.
Teaching methods
Classes and demonstrations. Visit to analytical laboratory.
Assessment methods and criteria
oral test
Other information
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