Improving Supercooled Liquid Water Absorption Models in the Microwave Using Multi-Wavelength Ground-based Observations David Turner (National Severe Storms Lab), Stefan Kneifel (McGill Univ.), Maria Cadeddu (Argonne Nati - Microwave engineering - Document - PDFSEARCH.IO

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	Improving Supercooled Liquid Water Absorption Models in the Microwave Using Multi-Wavelength Ground-based Observations David Turner (National Severe Storms Lab), Stefan Kneifel (McGill Univ.), Maria Cadeddu (Argonne Nati Add to Reading List Document Date: 2014-03-15 18:40:36 Open Document File Size: 2,76 MB Share Result on Facebook City Cologne / Wavelength Ground / / Company AMF / / Country Germany / Greenland / / Event Natural Disaster / / Facility Summit Station / / IndustryTerm dry gas opacity / / Organization McGill Univ. / National Severe Storms Lab / Argonne National Lab / / Person Ulrich Löhnert / Maria Cadeddu / Stephanie Redl / Stefan Kneifel / Emiliano Orlandi / / ProgrammingLanguage C / / Technology Microwave / / SocialTag Microwave Radio technology Wireless Telecommunications engineering Opacity Liquid water path Electromagnetic radiation Radiation Electromagnetic spectrum

Improving Supercooled Liquid Water Absorption Models in the Microwave Using Multi-Wavelength Ground-based Observations David Turner (National Severe Storms Lab), Stefan Kneifel (McGill Univ.), Maria Cadeddu (Argonne NatiAdd to Reading List