Name one material that has the following qualities: superstrength, superconductivity, self-cooling, anti-bacterial, anti-corrosive, photovoltaic. Carbon is one of the most abundant elements on the planet, yet in the form of graphene it has unique qualities. Graphene is a sheet of carbon that is just one-molecule thick. Rows upon rows of interconnected six-sided carbon molecules are linked together in a way that is unusually strong, yet flexible. Despite its humble origins (it was first discovered by peeling a thin layer of pencil graphite using sticky tape), graphene is already showing a head-spinning array of research applications. Here are some headlines from the past few months: Thin as paper and ten times stronger than steel Graphene paper is six times lighter, two times harder, and ten times stronger than steel. Researchers believe that graphene could be used to make faster, lighter, vehicles that are fuel-efficient and generate considerably less pollution. Graphene is 100x more electrically conductive than copper. It conducts electricity with almost no resistance -- promising a future of faster, more energy efficient computers and electronics. Graphene is the thinnest anti-corrosion coating (and it's transparent, too!) Graphene is five times thinner than conventional anti-corrosion coatings. A one-molecule thick layer of graphene on a sheet of copper will slow the rate of corrosion by 85%. Graphene creates electricity when struck by light When a specially prepared ...
Friday, 22 February 2013
Graphene Nano Material concept smartphone (Samsung Version).flv
Graphene Nano Material concept smartphone (Samsung Version).flv Tube. Duration : 0.35 Mins.
Name one material that has the following qualities: superstrength, superconductivity, self-cooling, anti-bacterial, anti-corrosive, photovoltaic. Carbon is one of the most abundant elements on the planet, yet in the form of graphene it has unique qualities. Graphene is a sheet of carbon that is just one-molecule thick. Rows upon rows of interconnected six-sided carbon molecules are linked together in a way that is unusually strong, yet flexible. Despite its humble origins (it was first discovered by peeling a thin layer of pencil graphite using sticky tape), graphene is already showing a head-spinning array of research applications. Here are some headlines from the past few months: Thin as paper and ten times stronger than steel Graphene paper is six times lighter, two times harder, and ten times stronger than steel. Researchers believe that graphene could be used to make faster, lighter, vehicles that are fuel-efficient and generate considerably less pollution. Graphene is 100x more electrically conductive than copper. It conducts electricity with almost no resistance -- promising a future of faster, more energy efficient computers and electronics. Graphene is the thinnest anti-corrosion coating (and it's transparent, too!) Graphene is five times thinner than conventional anti-corrosion coatings. A one-molecule thick layer of graphene on a sheet of copper will slow the rate of corrosion by 85%. Graphene creates electricity when struck by light When a specially prepared ...
Name one material that has the following qualities: superstrength, superconductivity, self-cooling, anti-bacterial, anti-corrosive, photovoltaic. Carbon is one of the most abundant elements on the planet, yet in the form of graphene it has unique qualities. Graphene is a sheet of carbon that is just one-molecule thick. Rows upon rows of interconnected six-sided carbon molecules are linked together in a way that is unusually strong, yet flexible. Despite its humble origins (it was first discovered by peeling a thin layer of pencil graphite using sticky tape), graphene is already showing a head-spinning array of research applications. Here are some headlines from the past few months: Thin as paper and ten times stronger than steel Graphene paper is six times lighter, two times harder, and ten times stronger than steel. Researchers believe that graphene could be used to make faster, lighter, vehicles that are fuel-efficient and generate considerably less pollution. Graphene is 100x more electrically conductive than copper. It conducts electricity with almost no resistance -- promising a future of faster, more energy efficient computers and electronics. Graphene is the thinnest anti-corrosion coating (and it's transparent, too!) Graphene is five times thinner than conventional anti-corrosion coatings. A one-molecule thick layer of graphene on a sheet of copper will slow the rate of corrosion by 85%. Graphene creates electricity when struck by light When a specially prepared ...
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