Technical Bulletins (New series), 1. Rainfall interstation correlation functions : Ian analytic approach- II : Application to three storm models with the percentage of dry days as a new parameter / Stol, P. h. T. h.

Public ISBD Titre de série : Technical Bulletins (New series), 1 Titre : Rainfall interstation correlation functions : Ian analytic approach- II : Application to three storm models with the percentage of dry days as a new parameter Type de document : texte imprimé Auteurs : Stol, P. h. T. h. Mention d'édition : Elsevier Scientific Publishing Company Editeur : Elsevier Scientific Publishing Company Année de publication : 1981 ISBN/ISSN/EAN : CI-04954 Note générale : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Langues : Anglais (eng) Mots-clés : PRECIPITATIONS  hydrologie  Modèle mathématique  Ordinateur Index. décimale : 621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique Résumé : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Note de contenu : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Technical Bulletins (New series), 1. Rainfall interstation correlation functions : Ian analytic approach- II : Application to three storm models with the percentage of dry days as a new parameter [texte imprimé] / Stol, P. h. T. h.  . -  Elsevier Scientific Publishing Company . - Elsevier Scientific Publishing Company, 1981. ISSN : CI-04954 In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Langues : Anglais (eng) Mots-clés : PRECIPITATIONS  hydrologie  Modèle mathématique  Ordinateur Index. décimale : 621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique Résumé : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Note de contenu : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters.

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