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Nanostructured carbon material: Carbon-based material obtained from biomass with binding properties Conformation of non-plastic ceramic materials

机译:纳米结构碳材料:由具有粘合特性的生物质获得的碳基材料非塑料陶瓷材料的构象

摘要

NANOSTRUCTURED CARBON MATERIAL: CARBON MATERIAL OBTAINED FROM BIOMASS WITH BINDING PROPERTIES CONFORMATION OF NON-PLASTIC CERAMIC MATERIALS. This involves a process of pyrolysis and chemical activation of agro-industrial residues (bagasse and citrus peel) subjected to the controlled thermal drying and carbonization process. The result of this process is to obtain products with combined properties and binder and plasticizer, when subjected to treatment temperatures below 170 198 C or above. This characteristic makes it possible to use it in industrial compositions for the manufacture of products from synthetic, semi-plastic and non-plastic raw materials, in traditional or advanced ceramic processes, such as in the manufacture of printed circuit ceramic substrates or multilayer capacitors. via '' tape-casting '' technique.
机译:纳米结构碳材料:从生物质获得的碳材料,具有非塑料陶瓷材料的粘结性能。这涉及经过受控的热干燥和碳化过程的农用工业残留物(甘蔗渣和柑桔皮)的热解和化学活化过程。该方法的结果是,当经受低于170 <198> C或更高的处理温度时,将获得具有组合特性以及粘合剂和增塑剂的产品。该特性使得它可以在工业组合物中用于由合成,半塑料和非塑料原料制造产品,在传统或先进的陶瓷工艺中,例如在印刷电路陶瓷基板或多层电容器的制造中。通过``录音带''技术。

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