de.koeln.rrzk/amd.de.hope/lac.cr00.l1.anySAMD v.1.0enHD(CP)2hope_lac_cr00_l1_anyHD(CP)2 short term observations, data of Cloud radar (no. 00),
HOPE campaign by LACROS, data version 00Daily files of Doppler spectrum moments based on cloud radar
measurementsDr. Patric Seifert, seifert@tropos.deLeibniz Institute for Tropospheric Research (TROPOS),
Leipzig, Germany2014-09-18, 12:15:24 UTCCF-1.6externalinitial versionNETCDF4100daily1For non-commercial use only. This data is subject to the
HD(CP)2/SAMD data policy to be found at https://doi.org/10.25592/uhhfdm.9823 and in the HD(CP)2/SAMD
Observation Data Product Standard https://doi.org/10.5281/zenodo.1741363.Leibniz Institute for Tropospheric Research, LeipzigLeibniz Institute for Tropospheric Research, LeipzigPatricSeifert+49341 2717 7080seifert@tropos.de2013-04-012013-05-3110none30The instrument is part of the LACROS facility that was
installed on the area of a sewage treatment plant in Krauthausen,
south of Juelich during the HOPE campaign.The files include following level 1 data: (1)
Doppler spectrum moments of all targets (including insects) (2)
Doppler spectrum moments of hydrometeors only based on the method by
Bauer-Pfundstein and Goersdorf (2007). Radar reflectivity is corrected
in the antenna near field. There was no correction applied for
attenuationnonenone50.87976.414599noneRadar frequency: 35.5 GHz Radar type: Mono static,
pulsed, magnetron Antenna type: Cassegrain 1.2 m Antenna beam width:
0.5 deg2014U. Goersdorf, M Bauer-Pfundstein, G. Peters, V. Lehmann, et.
al.A 35 GHz polarimetric Doppler radar for long term observationsnoneprovided for submission in JTECH in February 20142007M. Bauer-Pfundstein and U. GoersdorfTarget separation and classification using cloud radar
Doppler-spectranoneExtended abstract of 33rd Int. Conference on Radar
Meteorology, 6-10 August 2007, Cairns, AustraliaShort term observationsHOPESupersitesLACROSShort term observationsHOPEInstrument groupsRadar4972lonlongitudedegrees_eastlatlatitudedegrees_northzslaltitudealtitude above mean sea levelmnffttimenumber of fft points1prftimepulse repetition frequencys-1pdtimepulse durationsnqvtimenyquist velocitym s-1navetimenumber of spectral averages1freq_sbsensor_band_central_radiation_frequencys-1rangerangedistance from sensor to center of each range gate along
the line of sightmrange_bndsrange, nvtimetimetimeseconds since 1970-01-01 00:00:00 UTCtime_bndstime, nvazitimesensor_azimuth_anglesensor azimuth due reference pointdegreeazi_bndstime, nvazi_northazimuth angle of north directiondegreeeletimesensor elevation angledegreeele_bndstime, nvazivtimesensor azimuth angle velocitydegree s-1elevtimesensor elevation angle velocitydegree s-1dv_alltime, rangeDoppler velocity of all targetsm s-1sw_alltime, rangespectral width of all targetsm s-1ldr_alltime, rangelinear depolarization ratio of all targetsdBdbz_alltime, rangeequivalent reflectivity factor of all targetsdBZdv_hmtime, rangeDoppler velocity of targets classified as hydrometeorsm s-1sw_hmtime, rangespectral width of targets classified as hydrometeorsm s-1ldr_hmtime, rangelinear depolarization ratio of targets classified as
hydrometeorsdBdbz_hmtime, rangeequivalent reflectivity factor of targets classified as
hydrometeorsdBZdbz_hm_mietime, rangeMie-corrected equivalent reflectivity factor of targets
classified as hydrometeorsdBZradconst_5km_cotimeradar constant of co-channel at 5 km height1radconst_5km_crosstimeradar constant of cross-channel at 5 km height1dbz_biasEstimated calibration error in dBz, one standard deviationdBdbz_min_cotime, rangeminimum detectable radar reflectivity factor of co-channeldBZdbz_min_crosstime, rangeminimum detectable radar reflectivity factor of
cross-channeldBZ