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The Design and Fabrication for Compact Disk Recycling Process by Arc-discharge

机译:电弧放电致密盘回收工艺的设计与制作

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摘要

The present study is focusing on the newly developed recycling techniques. This paper proposes a novel process to handle recycling issue by the arc discharge of high voltage and high frequency. It can not only replace the original recycle process that smashes the disk up and then separates metal cladding material from the disk, but also can solve the problem of low speed waste disks treatment and reducing second pollution. This approach results in instant changing the metal cladding material temperature of the disk surface quickly. Different coefficient of expansion between plastics and metal cladding material can be stripped on disks surface. The physical treatment technique will be investigated the theoretically and experimentally. Also the fundamental mechanism of the separation of the deposition layers and the polymer substrate of the CD-R are revealed. The economical and environmental availability will be analyzed. The final object is creating an industrial application in the CD-R recycling to help easing out the global environmental stress.
机译:本研究的重点是新开发的回收技术。本文提出了一种通过高压和高频电弧放电处理回收问题的新方法。它不仅可以代替将磁盘粉碎后再将金属覆层材料从磁盘上分离出来的原始回收过程,而且还可以解决低速废磁盘处理和减少二次污染的问题。这种方法导致立即迅速改变磁盘表面的金属包覆材料温度。塑料和金属覆层材料之间的不同膨胀系数可以在磁盘表面上剥离。物理处理技术将在理论和实验上进行研究。还揭示了分离沉积层和CD-R的聚合物基底的基本机理。将对经济和环境可用性进行分析。最终目标是在CD-R回收中创建工业应用程序,以帮助缓解全球环境压力。

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