Dynamic hydrogen electrode
A dynamic hydrogen electrode (DHE) is a reference electrode, more specific a subtype of the standard hydrogen electrodes for electrochemical processes by simulating a reversible hydrogen electrode with an approximately 20 to 40 mV more negative potential.[1]
Principle
A separator in a glass tube connects two electrolytes and a small current is enforced between the cathode and anode.
Applications
- In-situ reference electrode for direct methanol fuel cells[2][3]
- Proton exchange membrane fuel cells[4]
gollark: No, Rust on.
gollark: I mostly use python for that and avoid the horrible suffering of lol no generics.
gollark: Honestly, no, garbage collection is... easier.
gollark: You love Go because of ONE nice library?
gollark: I see.
See also
References
- Dynamic hydrogen electrode
- Study on In-situ Reference Electrode for DMFC Archived 2009-11-05 at the Wayback Machine
- Impedance and polarization analysis of cathode and anode performance in a working direct methanol fuel cell
- Study of fuel cell corrosion processes using dynamic hydrogen reference electrodes
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.