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Alignment of carbon nanotubes in polystyrene using vibration and electric field

机译:利用振动和电场使聚苯乙烯中的碳纳米管排列

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The most apparent advantages of thermoplastics are the recyclability and processibility.To obtain recyclable and injectable conductive polymer,this paper studied the filling of carbon nanotubes (CNT) in polystyrene(PS) and the aligning of CNT in PS under high frequency electric field and ultrasonic vibration using an experimental set up developed in our laboratory.Results of these studies would be very useful to the development of a new generation of micro fabrication method for producing integrated micro electronic products using micro injection molding that is the most cost effective way to produce micro products massively.
机译:热塑性塑料最明显的优点是可回收性和可加工性。为了获得可回收和可注射的导电聚合物,本文研究了在高频电场和超声作用下聚苯乙烯(PS)中碳纳米管(CNT)的填充以及PS中CNT的排列。使用我们实验室开发的实验装置进行振动分析。这些研究结果对开发新一代微制造方法非常有用,该方法是使用微注射成型生产集成微电子产品的最经济的方式。大量产品。

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