Lehrveranstaltungen

Master of Science Materials Chemistry and Mineralogy

1. Studienjahr

05-MCM-1-P1

Analytical Methods I

6 CP5 SWS
05-MCM-1-P1-1Materials Analysis IPE6 CP5 SWS

05-MCM-1-P2

Mineralogy

6 CP5 SWS
05-MCM-1-P2-1Introduction to MineralogyL+E3 CP2 SWS
05-MCM-1-P2-2until WiSe 2015/16: Materials ResourcesL+E3 CP2 SWS
05-MCM-1-P2-3new in WiSe 2016/17: Thermodynamics, Kinetics and Phase EquilibriaL3 CP2 SWS

05-MCM-1-P3

Crystallography

6 CP5 SWS
05-MCM-1-P3-1Introduction to CrystallographyL3 CP2 SWS
05-MCM-1-P3-2X-ray Diffraction & Rietveld AnalysisL+E3 CP3 SWS

05-MCM-1-P4

Chemistry

6 CP4 SWS
05-MCM-1-P4-1Surfaces and InterfacesL1,5 CP1 SWS
05-MCM-1-P4-2Solid State ChemistryL+E1,5 CP1 SWS
05-MCM-1-P4-3Solid State PhysicsL3 CP2 SWS

05-MCM-1-P5

Materials Science

6 CP4 SWS
05-MCM-1-P5-1Introduction to Materials ScienceL+E3 CP2 SWS
05-MCM-1-P5-2Phase DiagramsL+E+P3 CP2 SWS

05-MCM-2-P6

Analytical Methods II

6 CP5 SWS
05-MCM-2-P6-1Materials Analysis IIPE6 CP5 SWS

05-MCM-2-W1M

Crystal Structure Analysis

6 CP5 SWS
05-MCM-2-W1M-1Crystal Structure Analysis and Crystal ChemistryL+E4 CP3 SWS
05-MCM-2-W1M-2Single Crystal DiffractionL+E2 CP2 SWS

05-MCM-2-W2M

Physical Properties of Crystals

6 CP4 SWS
05-MCM-2-W2M-1Introduction to Crystal PhysicsL+E3 CP2 SWS
05-MCM-2-W2M-2Crystal OpticsL+E3 CP2 SWS

05-MCM-2-W3M

Functional Ceramics

6 CP4 SWS
05-MCM-2-W3M-1BioceramicsL+E3 CP2 SWS
05-MCM-2-W3M-2Modification and Characterisation of Material Surfaces for Biotechnological ApplicationsL+E3 CP2 SWS

05-MCM-2-W4M

Minerals and Materials

6 CP4 SWS
05-MCM-2-W4M-1Mineral Surfaces and ReactionsL+E3 CP2 SWS
05-MCM-2-W4M-2until SuSe 2016/17: Thermodynamics and Kinetics in Mineral SciencesL+E+P3 CP2 SWS
05-MCM-2-W4M3new in SuSe 2016/17: Materials ResourcesL+E3 CP2 SWS

05-MCM-2-W1C

Solid State Synthesis and Identification

6 CP5 SWS

Solid State Synthesis and Characterization

05-MCM-2-W1C-1Solid State ReactionsS1,5 CP1 SWS
05-MCM-2-W1C-2Solid State Synthesis and IdentificationP4,5 CP4 SWS

05-MCM-2-W2C

Structure Property Relationship

6 CP4 SWS
05-MCM-2-W2C-1Structure Property RelationsL3 CP2 SWS
05-MCM-2-W2C-2Structure Property Relations SeminarS3 CP2 SWS

05-MCM-2-W3C

Surface Chemistry and Catalysis

6 CP5 SWS

Catalysis and Surface Chemistry

05-MCM-2-W3C-1Heterogeneous CatalysisL3 CP2 SWS
05-MCM-2-W3C-2Vacuum and CryotechnicsL+E+P2,5 CP2 SWS
05-MCM-2-W3C-3Industry ExcursionEX0,5 CP1 SWS

05-MCM-2-W4C

Functional Surfaces

6 CP4 SWS
05-MCM-2-W4C-1Molecular LayersL3 CP2 SWS
05-MCM-2-W4C-2Electron induced chemical reactionsS2,5 CP1 SWS
05-MCM-2-W4C-3Surface ModificationsS+P0,5 CP1 SWS

05-MCM-2-W5C

Introduction to Technical Chemistry

6 CP4 SWS
05-MCM-2-W5C-2Reactivity of SurfacesL3 CP2 SWS
05-MCM-2-W5C-3Technical ChemistryL3 CP2 SWS

2. Studienjahr

05-MCM-3-P7

General Studies

6 CP4 SWS
05-MCM-3-P7-1General Studies Compulsory CourseL2 CP2 SWS
05-MCM-3-P7-2Programming L+E4 CP2 SWS

05-MCM-3-W5M

Petrology and Isotope Geochemistry

6 CP5 SWS
05-MCM-3-W5M-1Mineral Deposits and Isotope GeochemistryL+E+P3 CP3 SWS
05-MCM-3-W5M-3Sedimentary PetrologyL+E3 CP2 SWS

05-MCM-3-W6M

Technical Ceramics

6 CP5 SWS
05-MCM-3-W6M-1Ceramics lab courseE3 CP2 SWS
05-MCM-3-W6M-2Ceramic NanotechnologyL3 CP3 SWS

05-MCM-3-W7M

Special Topics in Materials Science

6 CP4 SWS
05-MCM-3-W7M-1Nanoparticles and NanotechnologyL+E3 CP2 SWS
05-MCM-3-W7M-2Zeolites, Catalysts and Ion ExchangeL+E3 CP2 SWS

05-MCM-3-W8M

Building Materials

6 CP4 SWS
05-MCM-3-W8M-1Building Materials Analysis & CharacterizationsL+E3 CP2 SWS
05-MCM-3-W8M-2Binders and Ceramic Building MaterialsL1,5 CP1 SWS
05-MCM-3-W8M-3Corrosion of MaterialsL1,5 CP1 SWS

05-MCM-3-W9M

Research Module Mineralogy I

12 CP10 SWS
05-MCM-3-W9M-1Research Module Mineralogy PE12 CP10 SWS

05-MCM-2-W6C

Research Module Chemistry I

12 CP10 SWS
05-MCM-3-W6C-1Research Module Chemistry IPE12 CP10 SWS

05-MCM-3-W7C

Research Module Chemistry II

12 CP10 SWS
05-MCM-3-W7C-1Research Module Chemistry IIPE12 CP10 SWS

05-MCM-4-M

Master Thesis

30 CP22 we SWS
05-MCM-4-M-1Master ThesisT30 CP22 we SWS