Research Group Gerhards

Teaching

Physical Chemistry I

Lecturer: Prof. Dr. Markus Gerhards

Course of stuides: BaCh: 2.Sem. , BaWiCh: 4.Sem. , Biophysics: 2.Sem.

Turnus: SS

Location/Time: Wed: 8h10-9h40, HS 52/207
Thr: 9h00-9h45, HS 52/207

Additional material: Slides

Scope: Basics of energetics and equilibrium state: main clauses of thermodynamics, basics of electrochemistry and kinetics

Physical Chemistry I (Exercise)

Lecturer: Prof. Dr. Markus Gerhards

Course of studies: BaCh: 2.Sem. , BaWiCh: 4.Sem. , Biophysik: 2.Sem.

Term: SS

Location/Time: Mon: 11h45-12h30, HS 52/207
Wed: 11h45-12h30, HS 52/206

Scope: Basics of energetics and equilibrium state: main clauses of thermodynamics, basics of electrochemistry and kinetics

Physical Chemistry III

Lecturer: Prof. Dr. Markus Gerhards

Course of Studies: BaCh: 5.Sem.

Term: WS

Location/Time: Wed: 11h30-12h15, HS 52/206
Thr: 10h00-11h30, HS 52/207

Additional material: Slides

Scope: Molecular spectroscopy, statistical thermodynamics.

Physical Chemistry III (Exercise)

Lecturer: Prof. Dr. Markus Gerhards

Course of Studies: BaCh: 5.Sem.

Term: WS

Location/Time: Tue: 9h00-9h45, HS 52/203
Wed: 18h00-18h45, HS 52/207 (replacement date)

Scope: Molecular spectroscopy, statistical thermodynamics

Basic module - Physical Chemistry

Lecturer: Prof. Dr. Markus Gerhards, Prof. Dr. Dr. Gereon Niedner-Schatteburg, Dr. Christoph Riehn

Course of Studies: MaCh: 2.Sem.

Term: SS

Location/Time: Thr: 15h30-17h00, HS 52/207

Additional material: Slides

Scope: Thermodynamics, electrochemistry, kinetics.

 

Modern spectroscopy methods

Lecturer: Prof. Dr. Markus Gerhards

Course of Studies: MaCh: 2.Sem.

Term: SS

Location/Time: Thr: 15h30-17h00, HS 52/207

Additional material:

Scope: Charaterisation of laser types, Principles of chosen laser types, mass-selected spectroscopy in molecular beams

 

 

Photochemistry and theoretical analysis

Lecturer: Prof. Dr. Markus Gerhards

Course of studies: MaCh: 3.Sem.

Term: WS

Location/Time: Tue: 15h15-16h45, HS 52/206

Additional material:

Scope: Basic spectroscopic analysis of photochemical reactions, UV and IR-spectrocopy

Zum Seitenanfang