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- W2002183872 abstract "The solar absorptance and emittance were measured for a number of generic oxides growin in situ on a variety of pure metals and alloys. The surface films were formed by reacting the substrates in air, pure oxygen, or high-temperature, high-pressure water to give a range of thickness for each oxide. The oxide/metal systems investigated included ZnO and/or Cu2O on brass, Cu2O on Cu-30 Ni, Cu2O on aluminum bronze and Cu-5 Al, NiO on nickel, TiO2 on titanium, ZrO2 on Zircaloy-2, Fe2O3 on iron, Fe2O3 on type 201 stainless steel, Fe3O4 on Kovar, Cr2O3 on chromium-coated steel and Al2O3 on Kanthal A-1. Optical properties depended markedly on film thickness. Only two oxides, NiO and ZrO2, had a combination of high solar absorptance (greater than 0.8) and low 100°C emittance (less than 0.3). A third oxide, Cu2O, had an α of 0.74 and an ϵ of 0.25, which combination also appeared interesting. The oxide films were tenacious and exhibited no tendency to spall. Although the optical properties were encouraging, they were not optimum. All films had been formed on polished substrates, and no attempts were made to improve the solar absorptance by changing the surface topography. Attempts to rationalize selective solar absorption on theories involving the index of refraction of the films or the band-gap energies were only partially successful. There is little basis for selecting candidate oxides based on physical properties." @default.
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- W2002183872 date "1981-04-01" @default.
- W2002183872 modified "2023-09-23" @default.
- W2002183872 title "The selective solar absorptance of in situ-grown oxide films on metals" @default.
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- W2002183872 doi "https://doi.org/10.1016/0165-1633(81)90015-0" @default.
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