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Composites innovators in the news

机译：新闻中的复合材料创新者

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Shinano Kenshi Go. (Nagano, Japan) has developed a composite powder made up of carbon nanotubes and carbon silk, which features high electrical conductivity and thermal conductivity. The composite is produced by mixing nanotubes into a solution of carbon silk that is obtained by sintering silk at a high temperature. Mixing the two components with ultrasound yields a composite powder that can conduct heat an estimated 10 times faster than nanotuberesin composites. According to the company, the powder is as electrically conductive as electrolytic copper but won't oxidize, as it contains no metal. The company is looking for methods to mass-produce the composite and plans to make samples available soon. Possible applications include the electrodes of fuel cells.
机译：信浓贤史（日本长野县）开发了一种由碳纳米管和碳丝组成的复合粉末，具有高导电性和导热性。通过将纳米管混合到碳丝溶液中生产复合材料，碳丝溶液是通过高温烧结丝获得的。将这两种成分与超声波混合会产生复合粉末，其导热速度估计是纳米管树脂复合材料的10倍。据该公司称，这种粉末具有与电解铜一样的导电性，但是不会氧化，因为它不含金属。该公司正在寻找批量生产复合材料的方法，并计划尽快提供样品。可能的应用包括燃料电池的电极。

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