A simulation model for the actual, long wave and net solar radiation computing

The main purpose of this study is to present a calculating procedure for the componnents of the radiation balance - actual, long-wave and net radiation calculation, using the sunshine duration and the standard meteorological information, through a previosly prepared program product.To calculate the...

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Bibliographic Details
Published inEcology and Future no. 2
Main Authors Kolev, B. (N. Pushkarov Institute of Soil Science, Sofia (Bulgaria)), Stoilov, A, Lyubomirov, L
Format Journal Article
LanguageEnglish
Published 2004
Subjects
BULGARIA
COMPUTER APPLICATIONS
INSOLATION
METEOROLOGICAL FACTORS
SIMULATION MODELS
SOLAR RADIATION
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Summary:The main purpose of this study is to present a calculating procedure for the componnents of the radiation balance - actual, long-wave and net radiation calculation, using the sunshine duration and the standard meteorological information, through a previosly prepared program product.To calculate the actual solar radiation using the total cloudiness only, an empirical regression model has been developed. The results of the coefficient of correlation R(0.75-0.88), respectively for the spring and summer periods (March-May; June-August) show the adequancy of the chosen model. The verification of the model on the indipendent experimental material prove that the approach that authors suggested, can be successfully applied to the calculation of the actual radiation of the current place.
Bibliography:2005000394
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ISSN:1312-076X