| 1 |
enth |
xc, yc, zeta |
J kg^-1 |
Ice enthalpy |
| 2 |
T_ice |
xc, yc, zeta |
K |
Ice temperature |
| 3 |
omega |
xc, yc, zeta |
- |
Ice water content |
| 4 |
T_pmp |
xc, yc, zeta |
K |
Pressure-corrected melting point |
| 5 |
T_prime |
xc, yc, zeta |
deg C |
Homologous ice temperature |
| 6 |
f_pmp |
xc, yc |
- |
Fraction of cell at pressure melting point |
| 7 |
bmb_grnd |
xc, yc |
m/yr |
Grounded basal mass balance |
| 8 |
Q_strn |
xc, yc, zeta |
J yr^-1 m^-3 |
Internal strain heat production |
| 9 |
dQsdT |
xc, yc, zeta |
yr^-1 |
Change of internal heat production w.r.t. T |
| 10 |
Q_b |
xc, yc |
mW m^-2 |
Basal friction heat production |
| 11 |
Q_ice_b |
xc, yc |
mW m^-2 |
Basal ice heat flux |
| 12 |
T_prime_b |
xc, yc |
K |
Homologous temperature at the base |
| 13 |
cp |
xc, yc, zeta |
J kg^-1 K^-1 |
Specific heat capacity |
| 14 |
kt |
xc, yc, zeta |
J yr^-1 m^-1 K^-1 |
Heat conductivity |
| 15 |
H_cts |
xc, yc |
m |
Height of the CTS (cold-temperate surface) |
| 16 |
advecxy |
xc, yc, zeta |
J kg^-1 yr^-1 |
Horizontal advection of enth (of T_ice in K yr^-1 if method=temp) |
| 17 |
Q_rock |
xc, yc |
mW m^-2 |
Heat flux from bedrock |
| 18 |
T_rock |
xc, yc, zeta_rock |
K |
Bedrock temperature |
| 19 |
bmb_grnd_star |
xc, yc |
m/yr |
Grounded bmb of a base held at T_pmp (capacity rule) |
| 20 |
bc_b |
xc, yc |
- |
Basal BC used: 0 none, 1 held at T_pmp, 2 flux |
| 21 |
bmb_clamp |
xc, yc |
m/yr |
Freeze-on removed by the capacity clamp |
| 22 |
melt_int |
xc, yc |
m/yr |
Englacial water drained to the bed |