Polymer electrolyte membrane water electrolysis (PEL) cells are studied in-operando by synchrotron X-ray radiography. Two-phase flow phenomena associated with the evolution of oxygen and hydrogen in the surrounding water are investigated on a running electrolyzer cell. We examine the gas bubble discharge from the porous transport layer (PTL) into the flow channel and discuss the transport of bubbles in the flow channel. The transport of gas inside the PTL and the number of gas bubble discharge sites is examined and correlated with current density
Synchrotron X ray radiography and tomography investigations of a custom made polymer electrolyte mem...
In this study, water transport in polymer electrolyte membrane fuel cells PEMFCs is investigated b...
Perforated gas diffusion layers GDLs of polymer electrolyte membrane fuel cells PEMFCs were inve...
Polymer electrolyte membrane water electrolysis cells were studied using in operando neutron radiog...
Hydrogen gas is a good candidate to replace traditional, carbon-based energy carriers; it is easily ...
In‐plane synchrotron radiography with a resolution of a few micrometers was applied to study transpo...
This thesis investigates the water transport mechanisms in the crack-free microporous layer (MPL) of...
In this study, synchrotron X ray imaging is used to investigate the water transport inside newly dev...
Synchrotron X-ray radiography is employed to visualize the temporal evolution of water inside the ga...
Water electrolysis uses electrical energy to split up water into oxygen and hydrogen. Hydrogen is re...
Electrolysis with polymer electrolyte membranes (PEMs) plays an increasingly important role in the d...
Synchrotron X ray tomography is used to visualize the water distribution in gas diffusion layers GD...
Electrolysis with polymer electrolyte membranes PEMs plays an increasingly important role in the d...
Understanding the relationships between porous transport layer (PTL) morphology and oxygen removal i...
In order for electrolysis cells to operate optimally, mass transport must be improved. The key initi...
Synchrotron X ray radiography and tomography investigations of a custom made polymer electrolyte mem...
In this study, water transport in polymer electrolyte membrane fuel cells PEMFCs is investigated b...
Perforated gas diffusion layers GDLs of polymer electrolyte membrane fuel cells PEMFCs were inve...
Polymer electrolyte membrane water electrolysis cells were studied using in operando neutron radiog...
Hydrogen gas is a good candidate to replace traditional, carbon-based energy carriers; it is easily ...
In‐plane synchrotron radiography with a resolution of a few micrometers was applied to study transpo...
This thesis investigates the water transport mechanisms in the crack-free microporous layer (MPL) of...
In this study, synchrotron X ray imaging is used to investigate the water transport inside newly dev...
Synchrotron X-ray radiography is employed to visualize the temporal evolution of water inside the ga...
Water electrolysis uses electrical energy to split up water into oxygen and hydrogen. Hydrogen is re...
Electrolysis with polymer electrolyte membranes (PEMs) plays an increasingly important role in the d...
Synchrotron X ray tomography is used to visualize the water distribution in gas diffusion layers GD...
Electrolysis with polymer electrolyte membranes PEMs plays an increasingly important role in the d...
Understanding the relationships between porous transport layer (PTL) morphology and oxygen removal i...
In order for electrolysis cells to operate optimally, mass transport must be improved. The key initi...
Synchrotron X ray radiography and tomography investigations of a custom made polymer electrolyte mem...
In this study, water transport in polymer electrolyte membrane fuel cells PEMFCs is investigated b...
Perforated gas diffusion layers GDLs of polymer electrolyte membrane fuel cells PEMFCs were inve...