Module details

M0303-M1104  Physical Chemistry of Modern Materials

Module Owner: apl. Prof. Dr. rer. nat. habil. Nikolai Gaponik
Displayed in timetable as: MA-CH-MRC 04
Duration: 4
Number of electives: 0
Credits: 10,0
Start Semester: WiSe 2021/22

Registration periods

Phase Block Register from | to End cancellation
Ohne Auswahlverfahren Vorlesungszeit 06.09.2021 00:00 | 21.01.2022 23:00 21.01.2022 23:00

Courses
Number Name Semester  
K0303-M02101V Moderne Materialien (V) 1  
K0303-M02101V Modern materials I (V) WiSe 2021/22
K0303-M02102V Elektrochemische Korrosion und Korrosionsschutz (V) 1  
K0303-M02102V Electrochemical corrosion and corrosion protection (L) WiSe 2021/22
K0303-M02103V Elektrochemie im Mikro- und Nanodimensionen (V) 1  
K0303-M02103V Spectroelectrochemistry (V) WiSe 2021/22
K0303-M41101V Modern Topics in Physical Chemistry of Polymeric Materials (V) 1  
K0303-M41101V Nanostructures on surfaces: methods (V) WiSe 2021/22
K0303-M41203V Physicochemistry of Viruses (V) 1  
K0303-M41203V Physicochemistry of Viruses (L) WiSe 2021/22
K0303-M42101V Physikalische Chemie fester Körper (V) 1  
K0303-M42101V Physical chemistry of solid substances (V) WiSe 2021/22
K0303-M01201V Theorie der Nanostrukuren (V) 2  
K0303-M02201P Grundlagen und Prinzipien von Nanostrukturen (P) 2  
K0303-M02201P Basics and principles of nanostructures (P) SuSe 2022
K0303-M02201S Grundlagen und Prinzipien von Nanostrukturen (S) 2  
K0303-M02201S Basics and principles of nanostructures (S) SuSe 2022
K0303-M02201V Grundlagen und Prinzipien von Nanostrukturen (V) 2  
K0303-M02201V Basics and principles of nanostructures (V) SuSe 2022
K0303-M02202V Elektrokatalyse (V) 2  
K0303-M02202V Physical chemistry of fullerene (V) SuSe 2022
K0303-M41201P Nanostrukturen an Oberflächen und in dünnen Filmen (P) 2  
K0303-M41201S Nanostrukturen an Oberflächen und in dünnen Filmen (S) 2  
K0303-M41201V Nanostrukturen an Oberflächen und in dünnen Filmen (V) 2  
K0303-M41202V Benetzung, flüssige und flüssig-feste Grenzflächen (V) 2  
K0303-M41202V Benetzung, flüssige und flüssig-feste Grenzflächen (V) SuSe 2022
K0303-M42201V Elektrochemische Stromquellen (V) 2  
K0303-M42201V Electrochemical power sources (V) SuSe 2022

Passing rules
Context Name Description
Global *
Global *

Requirements
Course / Final module requirements Requirement combination Requirements Compulsory pass Weighting
Final module requirements * Written Examination Nanoscience 1. Basics and Principles Sum 1
Written Examination Nanoscience 1. Basics and Principles No 1
Written Examination Nanoscience 2. Current Topics Sum 1
Written Examination Nanoscience 2. Current Topics No 1
Written Examination Electrochemistry in Micro-Nano Dimensions Sum 1
Written Examination Electrochemistry in Micro-Nano Dimensions No 1
Written Examination Electrocatalysis Sum 1
Written Examination Electrocatalysis No 1
Written Examination Physical Chemistry of Solids Sum 1
Written Examination Physical Chemistry of Solids No 1
Written Examination Batteries as Electrochemical and Applied Elements Sum 1
Written Examination Batteries as Electrochemical and Applied Elements No 1
Written Examination Modern Topics in Physical Chemistry of Polymeric Materials Sum 1
Written Examination Modern Topics in Physical Chemistry of Polymeric Materials No 1
Written Examination Measuring Techniques for Studies on Organic Semiconductors and Electrochemical C Sum 1
Written Examination Measuring Techniques for Studies on Organic Semiconductors and Electrochemical C No 1
Written Examination Physicochemistry of Viruses Sum 1
Written Examination Physicochemistry of Viruses No 1
Written Examination Wetting, Liquid and Liquid-Solid Interfaces Sum 1
Written Examination Wetting, Liquid and Liquid-Solid Interfaces No 1
Written Examination Physical Chemistry of Modern Materials Sum 1
Written Examination Physical Chemistry of Modern Materials No 1
Laboratory Course Physical Chemistry of Modern Materials Sum 1
Laboratory Course Physical Chemistry of Modern Materials No 1
Experiment Support Physical Chemistry of Modern Materials Sum 0
Experiment Support Physical Chemistry of Modern Materials No 0
(NP: 1)

Caption
*

For this course or as final module requirement, several combinations of requirements do exist. The passing rules (see above) specify, whether you have to complete one or several requirement combinations.

**

For this final module requirement, several combinations of requirements do exist. The passing rules (see above) specify, whether you have to complete one or several requirement combinations.