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environmental toxins News
Amorphous silicon makes better optical fibers
COLLEGE PARK, Pa. – A first-of-its-kind technique deposits a noncrystalline form of silicon into the long, ultrathin pores of optical fibers, making more flexible and efficient fibers. This method uses high-pressure chemistry to make well-developed films and wires from this particular kind of silicon semiconductor. Hydrogenated amorphous silicon is ideal for solar cell applications and could also be useful for the light-guiding cores of optical fibers, said John Badding, a chemistry professor at Pennsylvania...
Technique Combines Optical Fibers, Silicon
COLLEGE PARK, Pa., Dec. 19, 2011 — A technique for depositing a noncrystalline form of silicon (hydrogenated amorphous) into the long, ultrathin pores of optical fibers has been developed — making the optical fibers more flexible and efficient. The first of its kind, this...
Aluminum Nitride LED Produces 210-nm Radiation
Jul 1, 2006 — Suggesting applications in the elimination of environmental toxins, investigators at NTT Basic Research Laboratories in Atsugi, Japan, have reported the development of an AlN PIN homojunction LED that emits 210-nm radiation. With the proper choice...
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April 2024
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