A Proto-type Solar Air Thermal Collector - Maritim, Joseph Kiprotich;Choge, Dismas;Rotich, S. K.
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The sun produces light with a distribution similar to what would be expected from a 5525 K (5250 °C) black-body, which is approximately the sun's surface temperature. Radiation interacts with matter in several ways: Absorption, Transmission, Scattering, Reflection. When a photon is absorbed, its energy is changed into a different form: electrical or heat. A fraction of the incoming solar radiation is reflected back into space - this is known as the albedo. Direct normal solar radiation is the part of sunlight that comes directly from the sun. This would exclude diffuse radiation, such as that…mehr

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Produktbeschreibung
The sun produces light with a distribution similar to what would be expected from a 5525 K (5250 °C) black-body, which is approximately the sun's surface temperature. Radiation interacts with matter in several ways: Absorption, Transmission, Scattering, Reflection. When a photon is absorbed, its energy is changed into a different form: electrical or heat. A fraction of the incoming solar radiation is reflected back into space - this is known as the albedo. Direct normal solar radiation is the part of sunlight that comes directly from the sun. This would exclude diffuse radiation, such as that which would go through on a cloudy day. Diffuse sky radiation is solar radiation reaching the Earth's surface after having been scattered from the direct solar beam by molecules or suspensoids in the atmosphere.
Autorenporträt
J.K Maritim is a lecturer of physics at Moi University. A graduate of B.Ed Science from Egerton University and M.Sc Physics from Moi University. Has authored many papers on renewable energy and computation physics. Also researching on neutron rich nuclei and super fluidity for PhD. I take deep interest in the teaching of physics.