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User's Guide to the Model Validation Kit - Harmonisation within ...

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Table 2 Contents of <strong>the</strong> file PAR_KIN.TXT<br />

Basic parameters:<br />

Parameters supplied in <strong>the</strong> distributed files from Kincaid<br />

=========================================================<br />

FILE NAMES<br />

3 files with each 2040 obs.: MET_K1-L.DAT MET_K3-L.DAT<br />

MET_K2-L.DAT<br />

4 files with each 171 obs.: MISC_KIN.DAT MET_K1.DAT MET_K2.DAT MET_K3.DAT<br />

1 file with 1284 obs.: SF6_KIN.DAT<br />

YR Year + + + + +<br />

MO Month + + + + +<br />

DY Day + + + + +<br />

HR Hour (end of hour; GMT-6) + + + + +<br />

Observed meteorological parameters:<br />

PRES Pressure (mb) +<br />

NET Net radiation (W/m2) +<br />

TOT Total radiation (W/m2) +<br />

DP100 Dew-point temperature at 100 m (K) +<br />

T100 Temperature at 100 m (K) +<br />

T50 Temperature at 50 m (K) +<br />

T10 Temperature at 10 m (K) +(*1) +<br />

ZI Mixing height, observed (m) + +<br />

DTHDZ Pot. temp. grad. between 100-50 m (K/m) + +<br />

WS100 Wind speed at 100 m (m/s) + +<br />

WS50 Wind speed at 50 m (m/s) +<br />

WS30 Wind speed at 30 m (m/s) +<br />

WS10 Wind speed at 10 m (m/s) +(*1) +<br />

WD100 Wind direction at 100 m (deg.) +(*1) +<br />

WD50 Wind direction at 50 m (deg.) +<br />

WD30 Wind direction at 30 m (deg.) +<br />

WD10 Wind direction at 10 m (deg.) +<br />

SWD100 Sigma WD100 (deg.) +<br />

SWD50 Sigma WD50 (deg.) +<br />

SWD30 Sigma WD30 (deg.) +<br />

SWD10 Sigma WD10 (deg.) +<br />

SIGW Sigma of vertical velocity at 100 m (m/s) + +<br />

SIGV Sigma of cross-wind speed at 100 m (m/s) + +<br />

FLAG (*2) +<br />

CEILNWS Ceiling (100’s of feet); -1=unlimited +<br />

DPNWS Dew-point temp. (F) +<br />

WDNWS Wind direction (deg.) +<br />

WSNWS Wind speed (knots) +<br />

PNWS Pressure (inch. Hg) +<br />

TNWS Temperature (F) +<br />

NNWS Cloud cover (1/10) +<br />

PRECNWS Precipitation (mm) +<br />

Derived parameters:<br />

ZIPRE Predicted mixing height (m) +<br />

UST Friction velocity (m/s) +<br />

WST Convective velocity (m/s) +<br />

L Monin-Obukhov length (m) +<br />

TURNER Turner stability class (based on NWS data) +<br />

Tracer parameters:<br />

Q Emission rate (g/s) + +<br />

TQ Gas temp. (K) +<br />

VSQ Gas exit velocity (m/s) +<br />

ARCMAX Max. conc. (ug/m3) at DIST (*3) +<br />

DIST Distance (km) <strong>to</strong> arc of moni<strong>to</strong>rs +<br />

AZMAX Direction (deg.) <strong>to</strong> ARCMAX +<br />

ARCMAX/Q Conc normalized by emission, times 10**9 (s/m3 10**(-9)) +<br />

QUAL Quality indica<strong>to</strong>r for ARCMAX +<br />

(*1): 5-6 observations are substituted with converted NWS observations.)<br />

(*2): Value of flag describes which of <strong>the</strong> parameters T10, WS10 or WD100 are substituted.<br />

For each of <strong>the</strong> substitutions FLAG is added <strong>the</strong> value 1, 2 resp. 4 (no subs. FLAG=0).)<br />

(*3): Converted from ppt by multiplying with 1.758*p/T)<br />

The file DISTM_K.DAT is meant as a help for deciding at which distances computations<br />

should be performed (where SF6 was measured). 12 different distance values appear in<br />

<strong>the</strong> data set.<br />

Parametre<br />

Units<br />

DISTM_K<br />

YR Year +<br />

MO Month +<br />

DY Day +<br />

HR Hour, (GMT-6) +<br />

NUARCM Number of arcs with values of max. conc. ARCMAX +<br />

DM1 Distances (km) <strong>to</strong> arcs with +<br />

DM2 values of ARCMAX +<br />

... DM12 +<br />

23

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