| Flow-pass thickness of desalting and concentrating cells a | 0.05 cm |
| Flow-pass width of desalting and concentrating cells b | 100 cm |
| Flow-pass length of desalting and concentrating cells l | 100 cm |
| Number of cell pairs N | 300 cm |
| Cell voltage Vcell | 0.4 V/pairs |
| Salt concentration at the inlets of desalting and concentrating cells C'in = C”in | 2000 ppm |
| Linear velocity at the inlets of desalting cells u'in | 10 cm/s |
| Linear velocity at the inlets of concentrating cells u'in | 1 cm/s |
| Temperature T | 250C |
| Standard deviation of a solution velocity ratio in desalting cells | 0.1 |
| Distance between spacer rods χ | 0.3 cm |
| Crossing angle between spacer rods θ | π/3 radian |
| Number of slots and ducts in desalting cells n' | 5 |
| Width of slots in dessalting cells w's | 4 cm |
| Length of slots in desalting cells h's | 4 cm |
| Width of ducts in desalting cells w'd | 4 cm |
| Length of ducts in desalting cells h'd | 4 cm |
| Number of slots and ducts in cencentrating cells n" | 2 |
| Width of slots in concentrating cells w"s | 2 cm |
| Length of slots in concentrating cells h"s | 4 cm |
| Width of ducts in concentrating cells w"d | 2 cm |
| Length of ducts in concentrating cells h"d | 2 cm |