Table 1 Simulation parameters used in the study compared with the corresponding experimental values.
From: Theoretical modeling of dendrite growth from conductive wire electro-polymerization
Experimental parameter (corresponding value) | Modeling parameter (corresponding value) |
|---|---|
Electrode spacing (240 µm) | 20 pixels |
Threshold voltage of electro polymerization (VA) = 3.5 V | Threshold voltage of attachment (VA) = 2 units |
Charging time constant of double layer | Charging time (tc) and Discharging time scale (td) = 5 simulation time units |
Growth time scale (1 s) | 100 Simulation time steps |
Frequency of signal (Hz) | (100 × Simulation time steps)-1 |
20 µL drop size | 150 × 150 pixels2 |
Charge particle size | 1 pixel |
Concentration of moving charged particles (unknown) 10 mM of EDOT and (BQ) in 20 µL drop | Number of particles (N) = 50 |
Completion of growth: spacing between extreme points becoming zero | Spacing between extreme points is lesser than 8 pixels |
Particle scattering due to fluid interaction | Random noise = 0.3 |
