Part 1: Synthetic generation of hydrologic spatial processes, Part 2: on the transformation of point rainfall to areas rainfall / Mejia, M. J.

Public ISBD Titre : Part 1: Synthetic generation of hydrologic spatial processes, Part 2: on the transformation of point rainfall to areas rainfall Type de document : texte imprimé Auteurs : Mejia, M. J. ; Rodriguez-Iturbe, I. Mention d'édition : Institute of Technology Editeur : Institute of Technology Année de publication : 1973 ISBN/ISSN/EAN : CI-05958 Note générale : This report in part 1 describes a procedure for the synthesis processes exhibiting temporal and spatial veriability. The method involves the addition of harmonics of random frequencies which are sampled from the spectral density funtion or the radial spectral density function. The precess obtained is asymptotically Gaussion and Engotic. The part 2 adresses a general methodology developed for the transformation of point rainfall to areal rainfall. The methodology can be used to characterize the input to rainfall models and its includes the case in which multiple input are used in the model in the farm of a subdivision in modules of the whole catchment. Langues : Anglais (eng) Mots-clés : Hydrologie  PRECIPITATIONS  Méthodologie  Pluviométrie  Météorologie  Climatologie Index. décimale : 551.48 Hydrologie : Résumé : This report in part 1 describes a procedure for the synthesis processes exhibiting temporal and spatial veriability. The method involves the addition of harmonics of random frequencies which are sampled from the spectral density funtion or the radial spectral density function. The precess obtained is asymptotically Gaussion and Engotic. The part 2 adresses a general methodology developed for the transformation of point rainfall to areal rainfall. The methodology can be used to characterize the input to rainfall models and its includes the case in which multiple input are used in the model in the farm of a subdivision in modules of the whole catchment. Note de contenu : This report in part 1 describes a procedure for the synthesis processes exhibiting temporal and spatial veriability. The method involves the addition of harmonics of random frequencies which are sampled from the spectral density funtion or the radial spectral density function. The precess obtained is asymptotically Gaussion and Engotic. The part 2 adresses a general methodology developed for the transformation of point rainfall to areal rainfall. The methodology can be used to characterize the input to rainfall models and its includes the case in which multiple input are used in the model in the farm of a subdivision in modules of the whole catchment. Part 1: Synthetic generation of hydrologic spatial processes, Part 2: on the transformation of point rainfall to areas rainfall [texte imprimé] / Mejia, M. J. ; Rodriguez-Iturbe, I.  . -  Institute of Technology . - Institute of Technology, 1973. ISSN : CI-05958 This report in part 1 describes a procedure for the synthesis processes exhibiting temporal and spatial veriability. The method involves the addition of harmonics of random frequencies which are sampled from the spectral density funtion or the radial spectral density function. The precess obtained is asymptotically Gaussion and Engotic. The part 2 adresses a general methodology developed for the transformation of point rainfall to areal rainfall. The methodology can be used to characterize the input to rainfall models and its includes the case in which multiple input are used in the model in the farm of a subdivision in modules of the whole catchment. Langues : Anglais (eng) Mots-clés : Hydrologie  PRECIPITATIONS  Méthodologie  Pluviométrie  Météorologie  Climatologie Index. décimale : 551.48 Hydrologie : Résumé : This report in part 1 describes a procedure for the synthesis processes exhibiting temporal and spatial veriability. The method involves the addition of harmonics of random frequencies which are sampled from the spectral density funtion or the radial spectral density function. The precess obtained is asymptotically Gaussion and Engotic. The part 2 adresses a general methodology developed for the transformation of point rainfall to areal rainfall. The methodology can be used to characterize the input to rainfall models and its includes the case in which multiple input are used in the model in the farm of a subdivision in modules of the whole catchment. Note de contenu : This report in part 1 describes a procedure for the synthesis processes exhibiting temporal and spatial veriability. The method involves the addition of harmonics of random frequencies which are sampled from the spectral density funtion or the radial spectral density function. The precess obtained is asymptotically Gaussion and Engotic. The part 2 adresses a general methodology developed for the transformation of point rainfall to areal rainfall. The methodology can be used to characterize the input to rainfall models and its includes the case in which multiple input are used in the model in the farm of a subdivision in modules of the whole catchment.

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