Table 1 Physical parameters for computational model.
From: 3D printed optimized electrodes for electrochemical flow reactors
Symbol | Parameter | Value | Units | Ref |
|---|---|---|---|---|
\(r\) | Rod radius | 22–102 | µm | Figure 3 |
\(L\) | Unit cell length | 690 | µm | Figure 3 |
\({\sigma }_{0}\) | Electrode conductivity | 4713 | S/m | Figure S2 |
\({\kappa }_{0}\) | Electrolyte conductivity | 10.9 | S/m | |
\({i}_{0}\) | Exchange current density | 1.93 | A m−2 | |
\(\rho\) | Electrolyte density | 1000 | kg m−3 | Assumed |
\(\mu\) | Electrolyte viscosity | 8.91 × 10−4 | Pa s | Assumed |
\({C}_{R}\) | Ferricyanide inlet concentration | 1 | mM | Assumed |
\({C}_{O}\) | Ferrocyanide inlet concentration | 1 | mM | Assumed |
\({D}_{R}\) | Ferricyanide diffusivity | 7.26 × 10−10 | m2s−1 | |
\({D}_{O}\) | Ferrocyanide diffusivity | 6.77 × 10−10 | m2s−1 | |
\(T\) | Temperature | 300 | K | Assumed |
