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Laser coalescence of gold clusters in gold-fluorocarbon composite films

机译:金氟碳复合薄膜中金簇激光聚结

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摘要

mation of conducting films from composite films comprised of gold clusters in plasma polymerized polyfluorocarbon (PPFC) is described. A focussed, visible laser beam is used to coalesce the gold clusters within the PPFC matrix. Heating the composite with the laser causes the film to collapse with a loss of weight due to decomposition and volatilization of the polymer. Under the appropriate laser power and scanning conditions, coalescence of the gold particles results in a conducting metal line, exhibiting close to bulk metal resistivity.
机译:描述了由血浆聚合的多氟氟碳(PPFC)中由金簇组成的复合膜的导电膜的连接。聚焦的可见激光束用于在PPFC矩阵内聚集金簇。用激光加热复合材料使薄膜由于分解和聚合物的挥发而导致重量损失。在适当的激光功率和扫描条件下,金颗粒的聚结导致导电金属线,表现出靠近散装金属电阻率。

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