KIT - Karlsruhe Institute of Technology
image/svg+xml
Institute for Applied Materials – Electrochemical Technologies (IAM-ET)
skip navigation
Home
Legals
Accessibility
KIT
de
search
search
Research
Start
Research
Research
Batteries – Reaction Kinetics and Optimization
Start
Research
Batteries – Reaction Kinetics and Optimization
Batteries – Reaction Kinetics and Optimization
Research Topics
Batteries – Cell Characterization and Modeling
Start
Research
Batteries – Cell Characterization and Modeling
Batteries – Cell Characterization and Modeling
Mitarbeiter/innen
Student theses
Projects
Fuel Cells and Electrolyzers
Start
Research
Fuel Cells and Electrolyzers
Fuel Cells and Electrolyzers
FC
Electrolyzers
Projects
Staff
Student theses
Electrocatalysis
Start
Research
Electrocatalysis
Electrocatalysis
Projects
Student Theses
Microstructure and Material Characterization
Teaching
Start
Teaching
Teaching
Lectures
Student Theses
Specializations
Start
Teaching
Specializations
Specializations
Electromobility
Adaptronics
Renewable Energies
Micro-, Nano- and Optoelectronics
Vacancies
Start
Vacancies
Vacancies
Scientific Staff
Technical Staff
Student Research Assistant (HiWi)
Bachelor and Master Theses
Team
Start
Team
Team
Head of Institute
Secretariat
Scientific staff
Technical services
Completed PhD Theses
Equipment and Software
Start
Equipment and Software
Equipment and Software
Laboratory equipment
Workshop
Lin-KK Tool
Contact
Start
Contact
Contact
Campus South
Campus East
Gallery
Publications
Startpage
Home
Legals
Accessibility
search
search
Campusplan
Campus Map
Institute for Applied Materials – Electrochemical Technologies (IAM-ET)
Startpage
Research
Electrocatalysis
IAM-ET
Research
Teaching
Vacancies
Team
Equipment and Software
Contact
Gallery
Publications
Research
Batteries – Reaction Kinetics and Optimization
Batteries – Cell Characterization and Modeling
Fuel Cells and Electrolyzers
Electrocatalysis
Microstructure and Material Characterization
Electrocatalysis
Projects
Student Theses
Investigation of methanol and phosphoric acid as a proton source for CO
2
reduction
type:
Bachelor Thesis
tutor:
Ruth Witzel, M.Sc.
person in charge:
Anka Kreide
