Catalysts for CO2 conversion: Tuning perovskites by electrochemical potential / gas composition / gas pressure.

Raffael Rameshan; Lorenz Lindenthal; Florian Schrenk; Hedda Drexler; Thomas Ruh; Andreas Nenning; Alexander Karl Opitz; Christoph Rameshan

Catalysts for CO2 conversion: Tuning perovskites by electrochemical potential / gas composition / gas pressure.

Raffael Rameshan
, Lorenz Lindenthal (Co-editor)
, Florian Schrenk (Co-editor)
, Hedda Drexler (Co-editor)
, Thomas Ruh (Co-editor)
, Andreas Nenning (Co-editor)
, Alexander Karl Opitz (Co-editor)
, Christoph Rameshan (Co-editor)

Chair of Physical Chemistry (480)

Institute of Materials Science and Technology

Research output: Contribution to conference › Abstract › peer-review

Original language	English
Publication status	Published - 2023

1 Participation in conference
1 Oral presentation

3rd EURECA-PRO Conference 2023
Rameshan, R. (Invited speaker)
26 Sept 2023 → 29 Sept 2023
Activity: Participating in or organising an event › Participation in conference
Catalysts for CO2 conversion: Tuning perovskites by electrochemical potential / gas composition / gas pressure.
Rameshan, R. (Speaker), Lindenthal, L. (contributor), Schrenk, F. (contributor), Drexler, H. (contributor), Ruh, T. (contributor), Nenning, A. (contributor), Opitz, A. K. (contributor) & Rameshan, C. (contributor)
26 Sept 2023
Activity: Talk or presentation › Oral presentation

Cite this

@conference{e2b3afdfa46f4be0b8f6bd1f0d174956,

title = "Catalysts for CO2 conversion: Tuning perovskites by electrochemical potential / gas composition / gas pressure.",

author = "Raffael Rameshan and Lorenz Lindenthal and Florian Schrenk and Hedda Drexler and Thomas Ruh and Andreas Nenning and Opitz, \{Alexander Karl\} and Christoph Rameshan",

year = "2023",

language = "English",

}

Catalysts for CO2 conversion: Tuning perovskites by electrochemical potential / gas composition / gas pressure.

Activities

3rd EURECA-PRO Conference 2023

Catalysts for CO2 conversion: Tuning perovskites by electrochemical potential / gas composition / gas pressure.

Cite this