While drifting in the atmosphere or after settling on the ground, soot
efficiently absorbs sunlight, warms up, and radiates heat.
The approach itself is relatively simple: Since steam is generated at the surface of a liquid, Ghasemi looked for a material that could both
efficiently absorb sunlight and generate steam at a liquid's surface.
You can thank them for the light skin you have to
efficiently absorb the sunlight's rays so try and forget about the out of Africa theory and focus on what was given to you so you can adapt to your own land.
Not exact matches
Abdelkefi's team discovered that a wing's black upper surface
absorbs sunlight very
efficiently, causing it to be around 10 °C warmer than the lower surface.
Using engineered nanophotonic materials the team was able to strongly suppress how much heat - inducing
sunlight the panel
absorbs, while it radiates heat very
efficiently in the key frequency range necessary to escape Earth's atmosphere.