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Solar transmittance

Figure 4.3 Transmission benefit of porous Si02 antireflection layer. The solar transmittance of a glass sheet increases from 90 to 95%. (Reproduced from Merck.com)... Figure 4.3 Transmission benefit of porous Si02 antireflection layer. The solar transmittance of a glass sheet increases from 90 to 95%. (Reproduced from Merck.com)...
Solar-grade silicon, production of, 22 507-508 Solar heat control, use of gold in, 12 703 Solarization effect, 19 203 Solar photocatalysis, 23 23-24 Solar photocatalytic detoxification, 19 76 Solar photocatalytic processes, 19 100-101 Solar photocatalytic reactor, using deposited titania, 19 99 Solar photoreactors, 19 95-99 Solar salt harvesting, 22 802, 806-808 Solar spectrum, 23 2 Solar still, 26 89-92 Solar thermal converters, 23 10-13 Solar transmittance, for thin films, 23 19 Solatene, 24 558 Solder, 3 53... [Pg.864]

Figure 1. Simple (a) and more complex (b) stack designs for solar transmitters, reflectors, or thin film PV cells showing the multilayer, multiphase, and multicomponent contributions to S/S and S/G interfaces. G is a grid and AR an antireflection coating in the PV cells. Figure 1. Simple (a) and more complex (b) stack designs for solar transmitters, reflectors, or thin film PV cells showing the multilayer, multiphase, and multicomponent contributions to S/S and S/G interfaces. G is a grid and AR an antireflection coating in the PV cells.
Solar Transmittance - The amount of solar energy that passes through a glazing material, expressed as a percentage. [Pg.414]

Gombert A, et aL (1998) Glazing with very high solar transmittance. Solar Energy 62(3) 177-188. [Pg.101]

Under-glass weathering. This exposure technique places the specimen behind a glass-covered frame, protecting it from any direct rainfall. The solar transmittance properties of the glass filter out a significant amoimt of the harmful ultraviolet. This method is used to test interior materials. [Pg.558]

Figure 2. Solar transmittance as a fimction of UVB dose for candidate glazing polymeric materials exposed at the UV concentrator at TOIC. Figure 2. Solar transmittance as a fimction of UVB dose for candidate glazing polymeric materials exposed at the UV concentrator at TOIC.

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See also in sourсe #XX -- [ Pg.303 ]

See also in sourсe #XX -- [ Pg.1402 ]




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Color and solar transmittance

Total solar energy transmittance

Transmittance

Transmittancy

Transmittivity

Ultraviolet solar transmittance

Visible solar transmittance

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