M.Sc. - Fachbereich Geowissenschaften der Universität Bremen

Masterstudiengang Materials Chemistry and Mineralogy 305
• to validate the use of analytical methods to answer solid state specific open
questions;
Content This modul should deeply introduce into prepartion methods and special
characterisation and working techniques of solid state chemistry. Problems
occuring during solid state preparations (Thermodynamic, Defects, Kinetic,
Metastability) together with classic and modern synthesis methods (solid-solid,
phase transitions, precursor meterials, sol-gel, hydrothermal reactions etc.) will
be explained and discussed.
Selected examples (close to actual scientific work) of differnt synthesis methods
will be practically trained and the products identified and characterized.
Exam Module exam (combined marks):
written exam 100%
protocol not graded
Literature as given in the lecture and practical course
Structure Property Relationship
Module title and 05M-MCM-2-W2C
code no
Structure Property Relationship
Representative/s
Appendant
Marcus Bäumer
courses
05M-MCM-2-W2C-1 Structure Property Relations Lecture 2 SWS
05M-MCM-2-W2C-2 Structure Property Relations
Seminar
Seminar 2 SWS
Workload / 6 CP
credit points Lecture Structure Property Relations:
• time for lectures and excercises (2 h x 14) 28 h
• time for preparation and post processing 30 h
• preparation of exams 24 h
Mandatory /
compulsory /
elective
Assignment
Seminar Structure Property Relations:
• time for lectures and excercises (2 h x 14) 28 h
• time for preparation and post processing 30 h
• preparation of presentation and talk 40 h
Compulsory
Master of Science Materials Chemistry and Mineralogy 2012 fulltime
class
Duration 1 Semester
Summer term / First year of study
Requirements for Grundkenntnisse in Festkörperchemie sind von Vorteil.
participation
Offered Yearly
SS
Teaching
Teaching language: English and/or German
Language
Learning
Outcome
Passing this modul the students should be able to understand, describe and use
topics of the following areas:
• crystalline and non-crystalline solids
• thermal expansion of solids
• magnetism and magnetic structures
• tensor properties of solids
• to correlate structures and their properties in case studies
• to work out structure property relations out of scientific literature and explain the
relations correctly
Content Brief Introduction to Materials, Structures and Properties