Documento
Metadados
Journal_path
Revista
Revista do Instituto Geológico
Volume
Número
Ano
Data da Publicação
21-05-2019
Palavras-chave
Bagé | Brazil | Global radiation | Relative humidity | Resultant temperature | Temperature | Thermal sensation | Total solar eclipse
Title (English)
EFFECTS OF TOTAL ECLIPSE OF THE SUN IN NOVEMBER 12th 1966 IN BAGÉ RS BRAZIL ON THE METEOROLOGICAL PARAMETERS
Abstract (English)
This work presents the evaluation of the thermal sensitivity index and globalradiation during the total eclipse of the sun on November 12th, 1966, in the cityof Bagé, RS, Brazil, located in the central line of the totality range of the eclipse.Temperature (oC), relative air humidity (%), cloudiness and wind speed were acquired in the international airport of the city for the calculation of the resultant temperature index by using Missenards method (1948). Global radiation data was obtained from Eppley spectral radiometer. The results showed a variation in thermal sensation, due to the decreased global radiation and corresponding decreased temperature and increased relative humidity during the eclipse.
Keywords (English)
Bagé | Brazil | Global Radiation | Relative humidity | Resultant temperature | Temperature | Thermal sensation | Total solar eclipse
Páginas
113-119
Título
EFFECTS OF TOTAL ECLIPSE OF THE SUN IN NOVEMBER 12th 1966 IN BAGÉ RS BRAZIL ON THE METEOROLOGICAL PARAMETERS
Descrição
This work presents the evaluation of the thermal sensitivity index and globalradiation during the total eclipse of the sun on November 12th, 1966, in the cityof Bagé, RS, Brazil, located in the central line of the totality range of the eclipse.Temperature (oC), relative air humidity (%), cloudiness and wind speed were acquired in the international airport of the city for the calculation of the resultant temperature index by using Missenards method (1948). Global radiation data was obtained from Eppley spectral radiometer. The results showed a variation in thermal sensation, due to the decreased global radiation and corresponding decreased temperature and increased relative humidity during the eclipse.
Autores
Frederico Luiz FUNARI FUNARI [Laboratório de Hidrometeorologia, Instituto de Astronomia, Geofísica e Ciências Atmosféricas, Universidade de São Paulo] | Paulo MARQUES DOS SANTOS [Laboratório de Hidrometeorologia, Instituto de Astronomia, Geofísica e Ciências Atmosféricas, Universidade de São Paulo]