质子束书写器(PBW)在电子产品生态设计中的应用

H. Hayashi, H. Nishikawa
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引用次数: 0

摘要

本研究的主题是寻找一种适用于回收FPC系统的工艺,在聚合物材料中添加额外的功能而不使用光敏剂。我们选择了PBW(质子束写入器)作为选项。电荷的潜在冲击可以改变电子状态和化学键。加速电压和比电荷限制了材料改性的深度。质子是首选节省加速电压,但潜在的影响是低的。我们研究了氢分子离子(H2+和H3+)在降低渗透深度和改善材料内部潜在影响方面的作用。这些分子离子不容易加速,但有两倍或三倍的电荷,因此它们特别适合制造大的浅结构。我们可以有效地将它们与质子相结合来制作GTH(槽和通孔)结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PBW (Proton Beam Writer) application for EcoDesign of electronics
The subject of this research is to find a process applicable to recycling FPC system adding extra functionality in the polymeric material without photo sensitive agent. We chose PBW (Proton Beam Writer) as an option. The potential impact by charge can modify electronic state and chemical bonding. Acceleration voltage and specific charge limit the depth of material modification. Proton is preferred to save acceleration voltage but the potential impact is low. We have investigated hydrogen molecular ions (H2+ and H3+) to compromise penetration depth and improve potential impact inside the material. These molecular ions are not easy to accelerate but have two or triple fold charges therefore they are especially suited to make big shallow structures. We can efficiently make the GTH (Groove and Thru-hole) structure combining them with Proton for deep structure.
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