Energy interpretation of solar radiation affects for Artemisa province

Abstract

Solar energy is one of the renewable sources with the best prospects for the future, which can have used directly in two fundamental ways: thermal energy and photovoltaic solar energy. Photovoltaic systems are a viable alternative to diversify the energy base worldwide, being able to inject electrical energy into the grid. The work shows the study of the energy interpretation of solar radiation that affects the province of Artemisa, for its possible use in the generation of electricity, based on the introduction of photovoltaic systems connected to the electricity grid. A theoretical analysis is made about the solar potential and the influence of the climatic variables in the use of it, the territory of the Artemisa province is characterized, where the solar radiation for the generation of electricity is valued, the energy impact is evaluated. Derives from the use of solar radiation that affects the territory to generate electrical energy.

Radiation dosage distribution in area room CT scan multi slice 64 to dose limit value

“…The provision of radiation must be as low as possible in accordance with clinical needs is an important aspect of radiological diagnostic services that need continuous attention. Because during the X-ray radiation penetrating the material or material collisions occur with photons of atoms that cause ionization, this event can cause radiation effects on the body, both nonstochastic and stochastic (Akhadi, 2000;Noa et al, 2018).…”