**Constants Set in the Flux Coupler and Their Values **

_{a}
| - air density | 1.2 | kg/m³ | |||

C_{pa}
| - heat capacity of air | 1005 | J/kg/°K | |||

( C_{p})_{a}
| - air density × heat capacity | 1206 | J/m³/°K | |||

C_{pv}
| - heat capacity of water vapor | 1810 | J/kg/°K | |||

C_{vir}
| = C_{pv}/C_{pa} - 1
| 0.80 | ||||

Z_{vir}
| = R_{ v}/R_{ a} - 1
| 0.606 | ||||

_{V}
| - latent heat of vaporization | 2500000 | J/kg | |||

_{F}
| - latent heat of fusion | 334000 | J/kg | |||

_{S}
| - latent heat of sublimation | 2834000 | J/kg | |||

_{f}
| - density of freshwater | 1000 | kg/m³ | |||

_{o}
| - density of ocean water | 1026 | kg/m³ | |||

C_{po}
| - heat capacity of ocean water | 3996 | J/kg/°K | |||

( C_{p})_{o}
| - water density × heat capacity | 4.1 × 10^{6} | J/m³/°K | |||

T_{f}
| - freezing point of ocean water | -1.8 | °C | |||

S_{o}
| - salinity of ocean water | 34.7 | ppt | |||

_{i}
| - density of sea-ice | 905 | kg/m³ | |||

C_{pi}
| - heat capacity of sea-ice | 2100 | J/kg/°K | |||

( C_{p})_{i}
| - ice density × heat capacity | 1.9 × 10^{6} | J/m³/°K | |||

T_{m}
| - melting point of sea-ice | 0°C | = 273.16°K | |||

S_{i}
| - salinity of sea-ice | 4 | ppt | |||

_{s}
| - density of snow | 330 | kg/m³ | |||

C_{ps}
| - heat capacity of snow | 2090 | J/kg/°K | |||

( C_{p})_{s}
| - snow density × heat capacity | 690000 | J/m³/°K | |||

g | - gravitational acceleration | 9.80616 | m/s² | |||

- von Karman constant | 0.40 | |||||

- Stefan-Boltzmann constant | 5.67 × 10^{-8} | W/m²/°K^{4}
| ||||

- rotation rate of the earth | 2/86164 | rad/s | ||||

C_{w}
| - coefficient in ice-ocean stress | 0.6524 | kg/m²/s |