Add to ORKGBy means of a simple mathematical model recently developed by the authors (2010 Phys. Educ. 45 641), the passage of the seasons on the Earth is simulated for arbitrary latitudes, taking into account sunlight attenuation in the atmosphere. The method developed can be used to predict a realistic value of the solar energy input (insolation) that can be absorbed by horizontal ground at sea level on any cloudless day of year. Some ideas for estimating daily insolation on to horizontal ground using the duration of daylight and the length of a shadow at the solar noon are discussed
M. Milankovitch developed the theory of the Earth’s insolation for research of paleoclimate. The cal...
The underlying general equation in the model for computing irradiance at the surface of the earth ta...
Sunlight and skylight are rarely rendered correctly in computer graphics. A major reason for this is...
Solar irradiance received on a horizontal surface depends on the solar output, the semimajor axis of...
Season is term for a period of time during the calendar year characterized by or associated with a s...
The purpose of this resource is to understand what causes the Earth's seasons with a focus on the Ea...
The mean daily global solar radiation flux is influenced by astronomical, climatological, geographic...
A preliminary investigation is made into the global variation in irradiance under the Clear, the Int...
Chad is like many African countries with no meteorological station at the moment to measure solar ra...
Physical and empirical models for calculation of insolation on a horizontal surface are described. C...
Here, we study three fundamental climatic phenomena: The seasonal lag, the diurnal lag, and the asym...
Nowadays the solar power is one of the most appreciate renewable energies in the world. In order to ...
This research work proposed a new model used to predict the direct, diffuse and global solar flues f...
Solar energy is very attractive because it is non-polluting, nondepletable, reliable, and pollution ...
This paper presents the latest versions of several models developed by the authors to predict short ...
M. Milankovitch developed the theory of the Earth’s insolation for research of paleoclimate. The cal...
The underlying general equation in the model for computing irradiance at the surface of the earth ta...
Sunlight and skylight are rarely rendered correctly in computer graphics. A major reason for this is...
Solar irradiance received on a horizontal surface depends on the solar output, the semimajor axis of...
Season is term for a period of time during the calendar year characterized by or associated with a s...
The purpose of this resource is to understand what causes the Earth's seasons with a focus on the Ea...
The mean daily global solar radiation flux is influenced by astronomical, climatological, geographic...
A preliminary investigation is made into the global variation in irradiance under the Clear, the Int...
Chad is like many African countries with no meteorological station at the moment to measure solar ra...
Physical and empirical models for calculation of insolation on a horizontal surface are described. C...
Here, we study three fundamental climatic phenomena: The seasonal lag, the diurnal lag, and the asym...
Nowadays the solar power is one of the most appreciate renewable energies in the world. In order to ...
This research work proposed a new model used to predict the direct, diffuse and global solar flues f...
Solar energy is very attractive because it is non-polluting, nondepletable, reliable, and pollution ...
This paper presents the latest versions of several models developed by the authors to predict short ...
M. Milankovitch developed the theory of the Earth’s insolation for research of paleoclimate. The cal...
The underlying general equation in the model for computing irradiance at the surface of the earth ta...
Sunlight and skylight are rarely rendered correctly in computer graphics. A major reason for this is...