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Auteur Wilk, K. E. |
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Titre : Radar Measurement of précipitation for hydrological purposes Type de document : texte imprimé Auteurs : Kessler, E. ; Wilk, K. E. Mention d'édition : OMM/Organisation Météorologie Mondiale DHI/Décennie Hydrologique Internationale Editeur : OMM/Organisation Météorologie Mondiale DHI/Décennie Hydrologique Internationale Année de publication : 1968 ISBN/ISSN/EAN : CI-04822 Note générale : Radar applications for the measurement of precipiotation over an area are reviewed. Radar-sets with a beamwidth of 2 degress or less and a wavelength of 10 cm should provide improved measurements of area rainfall and more timely and comprehensive rainfall report. However, substantial realization of the correspondence between radar and raingange data, improved operational application of data-processing and communicating techniques and development of improved means of for measuring precipitation echoes in the presence of terrain. Langues : Anglais (eng) Mots-clés : Measurement Rainful Raingange Rainwater Distribution Meteorologie Climatologie Index. décimale : 551.5 Météorologie Résumé : Radar applications for the measurement of precipiotation over an area are reviewed. Radar-sets with a beamwidth of 2 degress or less and a wavelength of 10 cm should provide improved measurements of area rainfall and more timely and comprehensive rainfall report. However, substantial realization of the correspondence between radar and raingange data, improved operational application of data-processing and communicating techniques and development of improved means of for measuring precipitation echoes in the presence of terrain. Note de contenu : Radar applications for the measurement of precipiotation over an area are reviewed. Radar-sets with a beamwidth of 2 degress or less and a wavelength of 10 cm should provide improved measurements of area rainfall and more timely and comprehensive rainfall report. However, substantial realization of the correspondence between radar and raingange data, improved operational application of data-processing and communicating techniques and development of improved means of for measuring precipitation echoes in the presence of terrain. Radar Measurement of précipitation for hydrological purposes [texte imprimé] / Kessler, E. ; Wilk, K. E. . - OMM/Organisation Météorologie Mondiale DHI/Décennie Hydrologique Internationale . - OMM/Organisation Météorologie Mondiale DHI/Décennie Hydrologique Internationale, 1968.
ISSN : CI-04822
Radar applications for the measurement of precipiotation over an area are reviewed. Radar-sets with a beamwidth of 2 degress or less and a wavelength of 10 cm should provide improved measurements of area rainfall and more timely and comprehensive rainfall report. However, substantial realization of the correspondence between radar and raingange data, improved operational application of data-processing and communicating techniques and development of improved means of for measuring precipitation echoes in the presence of terrain.
Langues : Anglais (eng)
Mots-clés : Measurement Rainful Raingange Rainwater Distribution Meteorologie Climatologie Index. décimale : 551.5 Météorologie Résumé : Radar applications for the measurement of precipiotation over an area are reviewed. Radar-sets with a beamwidth of 2 degress or less and a wavelength of 10 cm should provide improved measurements of area rainfall and more timely and comprehensive rainfall report. However, substantial realization of the correspondence between radar and raingange data, improved operational application of data-processing and communicating techniques and development of improved means of for measuring precipitation echoes in the presence of terrain. Note de contenu : Radar applications for the measurement of precipiotation over an area are reviewed. Radar-sets with a beamwidth of 2 degress or less and a wavelength of 10 cm should provide improved measurements of area rainfall and more timely and comprehensive rainfall report. However, substantial realization of the correspondence between radar and raingange data, improved operational application of data-processing and communicating techniques and development of improved means of for measuring precipitation echoes in the presence of terrain. Réservation
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