Design, imaging and performance of 3D printed open-cell architectures for porous electrodes: quantification of surface area and permeability

Design, imaging and performance of 3D printed open-cell architectures for porous electrodes: quantification of surface area and permeability

BACKGROUND: The development of new open-cell porous electrodes for electrochemical flow cells and reactors is demonstrated through the application of 3D printing. The properties of diverse architectures were investigated, including rectangular, circular, hexagonal and triangular cells with linear po...

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Bibliographic Details
Main Authors: Arenas, L.F (Author), Kaishubayeva, N. (Author), Ponce de León, C. (Author), Walsh, F.C (Author)
Format: Article
Language:English
Published: John Wiley and Sons Ltd 2021
Subjects:
additive manufacturing
Article
Chemical industry
Chemical technologies
Computerized tomography
cytoarchitecture
Darcy friction
Drops
Electrochemical electrodes
Electrochemical flow cells
electrode design
friction
High permeability
Niche applications
periodic cell
porosity
Porosity
Postprocessing algorithms
Pressure drop
Pressure drop measurements
Reynolds number
scanning electron microscopy
Scanning electron microscopy
selective laser melting
Selective laser melting
surface area
Surface roughness
three dimensional printing
Volumetric porosity
volumetry
x-ray computed tomography
X-ray computed tomography
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