| Document Date: 2012-10-23 07:29:41
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City CESAR / Delft / Cabauw / Rotterdam / / Company Veldhuis J.A.E. / / Continent Europe / / Country Netherlands / / / Event Natural Disaster / / Facility OPERA Radar Network / observatory CESAR2 / Herman W.J. Russchenberg TU Delft Climate Institute / Laboratory Measurements / / IndustryTerm radar systems / pre-processing steps / rainfall rate estimation algorithm / data processing / storm-tracking algorithm / hydrological applications / rainfall rate retrieval algorithm / optimum rainfall rate retrieval algorithm / integral equation solution / spectral processing / urban water management / operational weather radar network / / MusicGroup Doppler Polarimetric Radar / PhD / Polarimetric Radar Network in the Tokyo Metropolitan Area / / Organization Department of Geoscience and Remote Sensing / Herman W.J. Russchenberg TU Delft Climate Institute / EGU General Assembly / / Person Paul Hakkart / Ventura / Fred van der Zwan / Tobias Otto / Tobias Otto Abstract / Herman W.J. Russchenberg / / Position premier / Keenan T.D. / / ProvinceOrState N.F. / / PublishedMedium Atmospheric Research / / Technology radiation / optimum rainfall rate retrieval algorithm / Remote Sensing / rainfall rate estimation algorithm / Short-wavelength technology / dielectric / storm-tracking algorithms / rainfall rate retrieval algorithm / storm-tracking algorithm / / URL http /
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ERADTHE SEVENTH EUROPEAN CONFERENCE ON RADAR IN METEOROLOGY AND HYDROLOGY Rainfall rate retrieval with IDRA, the polarimetric X-band radar at Cabauw, Netherlands Tobias Otto and Herman W.J. Russchenberg TU Delft