source:DCDThe bioleaching process, developed by Coventry University and IT recycling specialist N2S, can capture precious metals like gold and copper which are in electronic waste, so they can be reused instead of going to landfill. Colt has been involved in a six month trial of the idea.Bugs retrieve metals“Using our unique biotechnology process, we can extract large amounts of rare earth and precious metals such as gold and copper – sometimes up to 40 percent of a technology circuit board is made of copper,' said Steve Morris, N2S managing director. 'These metals can then be re-intro...
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source:AZO materialsPerovskite Solar CellsPerovskite solar cells have advantages over current solar cell technology. They have the potential to be more efficient, are lightweight, and cost less than other variants. In a perovskite solar cell, the layer of perovskite is sandwiched between a transparent electrode at the front and a reflective electrode at the back of the cell.Electrode transport and hole transport layers are inserted between cathode and anode interfaces, which facilitates charge collection at the electrodes.There are four classifications of perovskite solar cells based on morpho...
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2021
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Ultrathin 2D Magnets In The Rare Earth Metals Market Makes Way For New Applications In Computing And Electronics source:EINPRESSWIRELONDON, GREATER LONDON, UK, November 10, 2021 /EINPresswire.com/ -- The development of ultrathin 2D magnets is shaping the rare earth metals market, leading to new applications in computing and electronics. This ultrathin 2D magnet can operate at room temperature and can be used in computing and electronics. For instance, in July 2021, Scientists at the Department of Energy, Lawrence Berkeley National Laboratory recently developed an ultrathin 2D magnet that ...
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2021
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source:nano werk(Nanowerk News) In an article published in the scientific journal Nature Communications ('Spatial coherence of room-temperature monolayer WSe2 exciton-polaritons in a trap'), an international team led by Oldenburg physicists Dr. Hangyon Shan, Prof. Dr Christian Schneider and Dr. Carlos Anton-Solanas reports that crystals consisting of just three atomic layers can emit laser-like light at room temperature. This new material thus has the potential to be used as a light source in miniaturized circuits and also in future quantum applications.Scientists have so far only been...
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2021
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