SWENET Software Infrastructure Space Weather Data Specification ...
SWENET Software Infrastructure Space Weather Data Specification ...
SWENET Software Infrastructure Space Weather Data Specification ...
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Project: <strong>Space</strong> <strong>Weather</strong> Pilot Project Coordination and <strong>Software</strong> <strong>Infrastructure</strong> Development<br />
Reference: R047rep026_00_07_<strong>Data</strong>_<strong>Specification</strong>_(BIRA).doc<br />
eta_max space GmbH, Richard-Wagner-Str. 1, 38106 Braunschweig, Germany<br />
<strong>SWENET</strong> <strong>Software</strong> <strong>Infrastructure</strong> Date: 2004-10-20<br />
<strong>Space</strong> <strong>Weather</strong> <strong>Data</strong> <strong>Specification</strong> Version: 0.<br />
Column/Index <strong>Data</strong> Type Modifiers Description Check<br />
id serial key<br />
utc timestamp UTC date and time<br />
station_id >tb_sec_iono_statio<br />
n.id<br />
foreign key into the ionosonde station table<br />
fof2 float(4) foF2 : F2 layer critical frequency, including the adjustment<br />
by the true height profile algorithm [MHz]<br />
hmf2 smallint h'F2 : Minimum virtual height of F2 trace [km]<br />
m_d float(4) M(D) = MUF(D)/foF2<br />
d smallint D : Distance for MUF calculation [km]<br />
hmf smallint h'F : Minimum virtual height of F trace [km]<br />
yf2 smallint yF2 : half thickness of the F2 layer, parabolic<br />
model [km]<br />
fmuf float(4) fMUF : MUF/OblFactor [MHz]<br />
h smallint<br />
fxi float(4) fxI : Maximum frequency of F-trace [MHz]<br />
fof1 float(4) foF1 : F1 layer critical frequency [MHz]<br />
foe float(4) foE : E layer critical frequency [MHz]<br />
hme smallint h'E : Minimum virtual height of E trace [km]<br />
foes float(4) foEs : Es layer critical frequency [MHz]<br />
fbes float(4) fbEs : blanketing frequency of Es layer [MHz]<br />
itec float(4) TEC : total electron content [10^16 el/m^2]<br />
Table 13: Real-Time Ionosonde <strong>Data</strong><br />
External data resources Status: Draft<br />
Page<br />
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