Fórmula lineal para determinar la temperatura del bulbo húmedo
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Abstract
Se presenta una fórmula linealizada para determinar la temperatura del bulbo húmedo a partir de la temperatura seca, la humedad relativa y la presión atmosférica. Por su sencillez, reduce el costo computacional y mantiene la exactitud requerida, pudiendo ser empleada en los modelos numéricos en los cuales se requiere conocer sus valores en cada nivel, en cada punto de la rejilla en un extenso dominio, y para diferentes plazos de tiempo.
Palabras clave: temperatura del bulbo húmedoDownloads
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References
Haltiner, G. J. & Martin, F. L. 1957. Dynamical and physical meteorology. New York: McGraw-Hill, 470 p.
Moya, A. & Núñez, E. 2009. Tablas Psicrométricas. Centro de Atención a la Red de Estaciones. La Habana, Cuba: Instituto de Meteorología, 776 p.
Xue, M.; Droegemeier, K.; Wong, V.; Shapiro, A. & Brewster, K. 1995. Advanced Regional Prediction System (ARPS) v 4.0, User’s Guide. Oklahoma: Center for Analysis and Predicition of Storms, 376 p.