NAM_DIAG - Radiation
Only available if CRAD not NONE in YINIFILE.des.
add
NRAD_3D=0inNAM_DIAGto store following variables :
Name |
Meaning [Unit] |
Dimension |
|---|---|---|
DTHRAD |
Radiative heating/cooling rate (K/s) |
3D |
FLALWD |
Downward LW on FLAT surface (W/m2) |
2D |
DIRFLASWD |
Direct Downward SW on FLAT surface (W/m2) |
2D |
SCAFLASWD |
Scattered Downward SW on FLAT surface (W/m2) |
2D |
DIRSRFSWD |
Direct Downward SW (W/m2) |
2D |
CLEARCOL_TM1 |
trace of cloud (-) |
2D |
EMIS |
emmissivity (-) |
2D |
ZENITH |
solar zenithal angle (RAD) |
2D |
AZIM |
azimuthal angle (RAD) |
2D |
DIR_ALB |
direct albedo(-) |
2D |
SCA_ALB |
scattered albedo (-) |
2D |
TSRAD |
radiative surface temperature (K) |
2D |
add
NRAD_3D=1inNAM_DIAGto store following variables (in addition toNRAD_3D=0variables):
Name |
Meaning [Unit] |
Dimension |
|---|---|---|
SWU |
Upward SW radiative fluxes (W/m2) |
2D |
SWD |
Downward SW radiative fluxes (W/m2) |
2D |
LWU |
Upward LW radiative fluxes (W/m2) |
2D |
LWD |
Downward LW radiative fluxes (W/m2) |
2D |
SWF_DOWN |
Downward SW radiative fluxes (W/m2) |
3D |
SWF_UP |
Upward SW radiative fluxes (W/m2) |
3D |
LWF_DOWN |
Downward LW radiative fluxes (W/m2) |
3D |
LWF_UP |
Upward LW radiative fluxes (W/m2) |
3D |
LWF_NET |
Total LW net radiative fluxes (W/m2) |
3D |
SWF_NET |
Total SW radiative fluxes (W/m2) |
3D |
DTRAD_LW |
LW radiative tendency for T (K/day) |
3D |
DTRAD_SW |
SW radiative tendency for T (K/day) |
3D |
RADSWD_VIS |
surface radiative flux in visible (W/m2) |
2D |
RADSWD_NIR |
surface radiative flux in near-infrared (W/m2) |
2D |
RADLWD |
LW surface radiative flux (W/m2) |
2D |
add
NRAD_3D=2inNAM_DIAGto store following variables (in addition toNRAD_3D=1,0variables):
Name |
Meaning [Unit] |
Dimension |
|---|---|---|
SWF_DOWN_CS |
Clear-Sky Downward SW radiative fluxes (W/m2) |
3D |
SWF_UP_CS |
Clear-Sky Upward SW radiative fluxes (W/m2) |
3D |
LWF_DOWN_CS |
Clear-Sky Downward LW radiative fluxes (W/m2) |
3D |
LWF_UP_CS |
Clear-Sky Upward LW radiative fluxes (W/m2) |
3D |
LWF_NET_CS |
Clear-Sky Total LW net radiative fluxes (W/m2) |
3D |
SWF_NET_CS |
Clear-Sky Total SW radiative fluxes (W/m2) |
3D |
DTRAD_LW_CS |
Clear-Sky LW radiative tendency for T (K/day) |
3D |
DTRAD_SW_CS |
Clear-Sky SW radiative tendency for T (K/day) |
3D |
RADSWD_NIR_CS |
Clear-Sky surface radiative flux in near-infrared (W/m2) |
2D |
RADLWD_CS |
Clear-Sky LW surface radiative flux (W/m2) |
2D |
add
NRAD_3D=3inNAM_DIAGto store following variables (in addition toNRAD_3D=2,1,0variables):
Name |
Meaning [Unit] |
Dimension |
|---|---|---|
PLAN_ALB_VIS |
Planetary albedo in visible (-) |
[2D] |
PLAN_ALB_NIR |
Planetary albedo in near-infrared (-) |
[2D] |
PLAN_TRA_VIS |
Planetary transmission in visible (-) |
[2D] |
PLAN_TRA_NIR |
Planetary transmission in near-infrared (-) |
[2D] |
PLAN_ABS_VIS |
Planetary absorption in visible (-) |
[2D] |
PLAN_ABS_NIR |
Planetary absorption in near-infrared (-) |
[2D] |
add
NRAD_3D=4inNAM_DIAGto store following variables (in addition toNRAD_3D=3,2,1,0variables):
Name |
Meaning [Unit] |
Dimension |
|---|---|---|
EFNEB_UP |
Upward equivalent emissivity (Morcrette scheme)(-) |
3D |
EFNEB_DOWN |
Downward equivalent emissivity (-) |
3D |
FLWP |
Liquid water path (g/m2) |
3D |
FIWP |
Ice water path (g/m2) |
3D |
EFRADL |
Cloud liquid water effective radius (\(mu\) m) |
3D |
EFRADI |
Cloud ice effective radius (\(mu\) m) |
3D |
SW_NEB |
Effective cloud fraction (-) |
3D |
RRTM_LW_NEB |
Effective cloud fraction (-) |
3D |
OTH_VIS |
Cloud optical thickness (-) |
3D |
OTH_NI1 |
Cloud optical thickness (-) |
3D |
OTH_NI2 |
Cloud optical thickness (-) |
3D |
OTH_NI3 |
Cloud optical thickness (-) |
3D |
SSA_VIS |
Cloud single scattering albedo (-) |
3D |
SSA_NI1 |
Cloud single scattering albedo (-) |
3D |
SSA_NI2 |
Cloud single scattering albedo (-) |
3D |
SSA_NI3 |
Cloud single scattering albedo (-) |
3D |
ASF_VIS |
Cloud asymetry factor (-) |
3D |
ASF_NIR1 |
Cloud asymetry factor (-) |
3D |
ASF_NIR2 |
Cloud asymetry factor (-) |
3D |
ASF_NIR3 |
Cloud asymetry factor (-) |
3D |
ODAER_VIS |
3D |
|
ODAER_NIR1 |
3D |
|
ODAER_NIR2 |
3D |
|
ODAER_NIR3 |
3D |
|
SSAAER_VIS |
3D |
|
SSAAER_NIR1 |
3D |
|
SSAAER_NIR2 |
3D |
|
SSAAER_NIR3 |
3D |
|
GAER_VIS |
3D |
|
GAER_NIR1 |
3D |
|
GAER_NIR2 |
3D |
|
GAER_NIR3 |
3D |
add
NRAD_3D=5inNAM_DIAGto store following variables (in addition toNRAD_3D=4,3,2,1,0variables):
Name |
Meaning [Unit] |
Dimension |
|---|---|---|
O3CLIM |
Climatological ozone content (Pa/Pa) |
3D |
CUM_AER_LAND |
Cumulated optical thickness of the different aerosols from the top of the domain |
3D |
CUM_AER_SEA |
Cumulated optical thickness of the different aerosols from the top of the domain |
3D |
CUM_AER_DES |
Cumulated optical thickness of the different aerosols from the top of the domain |
3D |
CUM_AER_URB |
cumulated optical thickness of the different aerosols from the top of the domain |
3D |
CUM_AER_VOL |
cumulated optical thickness of the different aerosols from the top of the domain |
3D |
CUM_AER_STRB |
cumulated optical thickness of the different aerosols from the top of the domain |
3D |