Christian Liebske: Catalogue data in Autumn Semester 2019

Name Dr. Christian Liebske
Inst. für Geochemie und Petrologie
ETH Zürich, NW E 76.1
Clausiusstrasse 25
8092 Zürich
Telephone+41 44 632 78 03
DepartmentEarth Sciences

651-3400-AALFundamentals of Geochemistry
Enrolment ONLY for MSc students with a decree declaring this course unit as an additional admission requirement.

Any other students (e.g. incoming exchange students, doctoral students) CANNOT enrol for this course unit.
6 credits13RC. Liebske, O. Bachmann
AbstractSelf-study course. This course is only available for those who got it as an additional requirement in their MSc admission.
ObjectiveThe course is intended to let the student learn fundamentals of geochemistry that were found lacking in his/her studies prior to entering the MSc in Earth Sciences at ETH. Contents of the course will be defined based on text books and/or scientific papers.
651-4086-00LExperimental Methods in Petrology3 credits2PC. Liebske, P. A. Sossi
AbstractOverview of the most common experimental methods employed in petrology to determine thermodynamic and physical properties and phase equilibria of minerals, mineral assemblages, magmas and fluids. The basic principals of low, moderate, high and ultrahigh pressure devices are discussed combined with an introduction into the synthesis of starting materials and the evaluation of run products.
ObjectiveThis course shall provide the basics of experimental petrology. The principal goals are the acquisition of basic knowledge about experimental equipment employed in petrology and the design and setup of an experimental study targeted to obtain quantitative data on phase relations, thermodynamic, kinetic and rheologic properties of earth materials as well as the examination, analysis and evaluation of experiments. At the end of the course, the participants should be able to evaluate experimental data independently and design appropriate experiments on their own.
ContentThe course 'Experimental methods in petrology' covers the following subjects:

(1) Introduction and historical summary of experimental petrology
(2) Experimental methods at ambient pressure (1 bar) with practical exercise to determine the free energy of formation of wustite (FeO)
(3) Experimental buffering techniques (phase rule, buffering of partial pressures of gases and supercritical fluids, buffering of mixed volatile phases at elevated pressures, buffering of activities and solid-solid solutions in solid phases
(4) Experimental methods at moderate pressures: externally (cold seal) and internally (IHPV) heated gas-pressure apparatus with pratical demonstration/excercise
(5) High-pressure solid-media experimental techniques (piston cylinders)
(6) Ultrahigh-pressure experimental techniques (multi-anvil apparatus, diamond-anvil-cells (DAC)
(7) Evaluation of petrologic experiments (preparation of run products, analytical and spectroscopic methods of examination and quantification)

The practical work in the laboratories are conducted (with the exception of exercise #1) on a small research project where the various techniques and equipment are demonstrated and the practical use is trained.
Lecture notesA summary of the material presented in the lectures are distributed weekly.
LiteratureCurrently, there is no comprehensive book available that summarizes the most important aspects of experimental petrology; publications relating to individual subjects are referred during the lectures.
Prerequisites / NoticeThis course addresses to a public (master and PhD students) that is interested in an introduction to experimental research in petrology, but does not require basic knowledge in experimental methods. However, basic knowledge in petrology and physical chemistry (thermodynamics) is required to follow the course.