A solar absorptance of about 98 is achieved as well.
Black diamond for solar energy conversion.
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In any case the most immediate application of black diamond especially in its high defect density but large area low cost polycrystalline form is as a competitive high temperature radiation absorber for solar thermodynamic conversion due to a solar absorptance larger than 90 and high thermal resistance.
Black diamond for solar energy conversion paolo calvani a alessandro bellucci a b marco girolami a stefano orlando c veronica valentini a riccardo polini a d daniele m.
For the first time the related solar generator prototype is designed and fabricated by developing advanced materials functionalized for the specific application such as thermally resistant hafnium carbide based radiation absorbers surface textured at the nanoscale to obtain a solar absorptance 90 and chemical vapor deposition diamond.
Trucchi a a.
Black diamond is obtained by a controlled nanoscale periodic texturing of cvd diamond surface able to drastically modify the interaction with solar radiation from optical transparency up to solar.
A european research team within the european commission s fp7 framework are leading the prome3the2us2 project developing the black diamond as a breakthrough concept which is expected to change the future of solar technology it has the potential to exceed 50 per cent efficiency in solar.
Optimization of black diamond films for solar energy conversion.
Dr fox is developing special electrodes for the converters using nanoparticles of industrial diamond powder which is low cost and readily available.
Tecs are commonly used in space vehicles but fox s new electrodes are designed to lower operating temperatures while maintaining a potential energy conversion efficiency of more than 40 per cent.
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As mentioned a solar energy converter must produce useful charges from photons.
A new solar power technology has been developed generating energy by harnessing diamonds.