Dependencies in Dataset #9214
Entries (modelled variables)
No. | Name |
---|---|
A | virtual entry: UTC seconds on flight date given by 18715 constant values |
01 | AENEAS NO Volume mixing ratio (ppbv) |
02 | AENEAS NOy Volume mixing ratio (ppbv) |
03 | AIMS H2O mixing ratio (ppmv) |
04 | AMETYST CPC0 ambient total particle number concentration (Dp> ~7nm) (1/cm3) |
05 | AMETYST CPC2 ambient non-vol particle number concentration (Dp> ~14nm) (1/cm3) |
06 | AMETYST CPC3 ambient total particle number concentration (Dp> ~18nm) (1/cm3) |
07 | BACARDI Cloud flag for clouds in front of the Sun affecting the solar downward irradiance (0 = cloud free, 1 = cloudy) |
08 | BACARDI Downward solar irradiance corrected for cloud-free conditions (0.2-3.6 um) (W m-2) |
09 | BACARDI Downward solar irradiance corrected for diffuse/cloudy conditions (0.2-3.6 um) (W m-2) |
10 | BACARDI Downward solar irradiance simulated for cloud-free conditions (with libRadtran) (W m-2) |
11 | BACARDI Downward terrestrial irradiance (4.5-42 um) (W m-2) |
12 | BACARDI Upward solar irradiance (0.2-3.6 um) (W m-2) |
13 | BACARDI Upward terrestrial irradiance (4.5-42 um) (W m-2) |
14 | BACARDI solar azimuth angle [degree] |
15 | BACARDI solar zenith angle [degree] |
16 | BAHAMAS WGS84 Datum/Elliptical Height (m) |
17 | BAHAMAS IRS Groundspeed from corrected IGI data (m/s) |
18 | BAHAMAS IRS true heading (deg+) |
19 | BAHAMAS WGS84 Datum/Latitude (deg) |
20 | BAHAMAS WGS84 Datum/Longitude (deg) |
21 | BAHAMAS Absolute Humidity (g/m^3) |
22 | BAHAMAS Static Pressure (from NB_PSIA) (hPa) |
23 | BAHAMAS Calculated True Airspeed (m/s) |
24 | BAHAMAS Potential Temperature (K) |
25 | BAHAMAS Wind Vector Vertical Component (m/s) |
26 | BAHAMAS Static Air Temperature (from BDY-TTQ, anti-ice was not activated) (K) |
27 | BAHAMAS H2O Volume Mixing Ratio (micromol/mol) |
28 | BAHAMAS H2O Mass Mixing Ratio (g/kg) |
29 | CCP-CIPg N total number concentration from size range 15-960 um (#/m^3) |
30 | CCP-CIPg ED effective diameter (ratio of the 3rd and 2nd moments of the distribution of the particles maximum dimension) (m) |
31 | CCP-CIPg PAS Applied Speed from the CAS-DPOL pitot tube (m/s) |
32 | CCP-CIPg IWC ice water content (calculated using mass-dimension relation by Heymsfield et al., 2010; assuming ice phase) (kg/m^3) |
33 | CCP-CIPg Cloud_flag (indicates if cloud particles are measured) |
34 | CCP-PIP N total number concentration from size range 2-6400 um (#/m^3) |
35 | CCP-PIP ED effective diameter (ratio of the 3rd and 2nd moments of the distribution of the particles maximum dimension) (m) |
36 | CCP-PIP IWC ice water content (calculated using mass-dimension relation by Heymsfield et al., 2010; assuming ice phase) (kg/m^3) |
37 | CCP-PIP Cloud_flag (indicates if cloud particles are measured) |
38 | CCP-PIP N_3um total number concentration from size range 3-6400 um (#/m^3) |
39 | CCP-PIP N_5um total number concentration from size range 5-6400 um (#/m^3) |
40 | FAIRO Ozone volume mixing ratio (ppb) |
41 | FAIRO H_rel_TP Ozone-based representative height above the tropopause (km) |
42 | FAIROCI Ozone volume mixing ratio (ppb) |
43 | FISH H2O_tot (ppmv) |
44 | CVI CPC ambient particle number concentration (cm^-3) |
45 | CVI PSAP log ambient particle absorption coefficient, logarithmic channel (m^-1) |
46 | CVI PSAP lin ambient particle absorption coefficient, linear channel (m^-1) |
47 | CVI TDL ambient water vapor concentration (ppmv) |
48 | CVI UHSAS Npart total number concentration in the size range 60-1000 nm (cm^-3) |
49 | NIXECAPS Total particle concs: diams 0.6 to 3um (cm^-3) |
50 | NIXECAPS Total particle concs: diams 3 to 937um (cm^-3) |
51 | NIXECAPS Cloud water content (ppmv) |
52 | NIXECAPS Probe air speed (m/s) |
53 | PIP N total number concentration from size range 100-6400 um (#/m^3) |
54 | PIP ED effective diameter (ratio of the 3rd and 2nd moments of the distribution of the particles maximum dimension) (m) |
55 | PIP PAS Applied Speed from the probe pitot tube (corrected with TAS from BAHAMAS) (m/s) |
56 | PIP IWC ice water content (calculated using mass-dimension relation by Heymsfield et al., 2010; assuming ice phase) (kg/m^3) |
57 | PICARRO CO2 volume mixing ratio (ppm) |
58 | PICARRO CO volume mixing ratio (ppb) |
59 | PICARRO CH4 volume mixing ratio (ppm) |
60 | WARAN Condensed water content (ppmv) |
61 | WARAN Condensed water content mass concentration (g m^-3) |
62 | WARAN Cloud mask |
Dependencies of the modelled variables
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Direction of relationships
Entry A | Entry B | |
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(=depends on) |
Explanation
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