The use of aligned Ga-As-x nanotubes, regularly stacked, slanted at a 45°, assuming the behavior will be consistent with vantablack allowing a greater absorption of light [1] with engineered energy-gaps corresponding [2] with visble light wavelengths stacking for absorption of each wavelength [3] up to 850nm, due to the transparency of Ga-As at and above 850nm [4] to utilize the 850nm and above the use of IR carbon solar [5] as well as thermoelectric generators backed with TiO2 paint to reflect lost infrared.
Using this construct will enhance the collection of energy formed from solar radiation. Using this construct would collect the highest amount of solar radiation, respective The implications of this are that energy supplementation and efficiency would increase due to full-scale collection of solar radiation.
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