Zevenhoven, Ron; et al. (2018): Radiative cooling through the atmospheric window
Zevenhoven, Ron; Fält, Martin (2018): Radiative cooling through the atmospheric window. A third, less intrusive geoengineering approach. In: Energy 152, S. 27–33. DOI: 10.1016/j.energy.2018.03.084.
"The so-called atmospheric window, the 8–14 μm bandwidth where the atmosphere is transparent for thermal radiation indeed offers a “window of opportunity” for technology that enables sending out thermal radiation at rates that significantly exceed the natural process. This paper describes work that addresses this, with focus on technical devices that combine materials with the properties required for enhanced long wavelength (LW) thermal radiation heat transfer from Earth to space, through the atmospheric window. One example is a skylight (roof window) developed and tested at our institute, using ZnS windows and HFC-type gas (performing better than CO2 or NH3). Suggestions for several other system layouts are given."
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