Not exact matches
While most of its peers make silicon - based panels, First Solar manufactures
thin - film panels made with cadmium - telluride, which
absorbs more frequencies of light and uses fewer
materials.
Hemp
materials are quite
thin while still absorbent, but they do not
absorb as quickly as cotton or polyester.
The key discovery consists in the observation that the composite
thin film — barely 110 nanometres thick —
absorbs a broader portion of the solar spectrum compared to the wavelengths
absorbed in the
thin films made of the two individual
materials.
Pendry discovered that the electrical properties allowing the
material to
absorb radiation came not from the carbon per se but from the shape of its long,
thin fibers.
Theoretically the
thin conducting skins that could be woven with this
material could also have applications in stealth aircraft, as the
material would be an ultralight radio - frequency radiation
absorber that could foil radar.
The layer is so
thin that 95 % of the light just passes through — but a tenth of the remaining five percent, which are
absorbed by the
material, are converted into electrical power.
Many new, lower cost designs are limited as their layer of light -
absorbing material is too
thin to extract enough energy.
As you wear these masks, you will notice that the longer you wear them, the
material gets
thinner because your skin is
absorbing the ingredients from the hydrogel.
They're like
thin layers of rubber but in reality that
material is extremely hard to penetrate so if your device ever slides on to the floor, everything is
absorbed by the rubber.
During the plating process,
thin metal films are deposited onto another
material, mainly glass, resulting in a coating that allows light to be reflected, transmitted and
absorbed simultaneously.