Laser Programmed Conducting Polymers

建议将紫外激光诱导电导率发展成为半导体工业的可行技术，并研究有机材料中这些电导率大幅增加的机制。研究了优化聚合物中激光诱导电导率所需的关键激光和材料参数。最初，将通过直接激光照射聚合物来制造诸如电阻器和过孔等简单器件的层次结构。后来，像ROM这样的集成结构引起了人们的兴趣。本文研究了一种在聚酰胺中直接激光制模制备亚100nm线的技术。建议对这种结构的电学性质进行研究。

It is proposed to develop ultraviolet laser induced conductivity into a viable technology for the semiconductor industry, and to investigate the mechanisms for these large conductivity increases in organic materials. An investigation of the crucial laser and materials parameters necessary to optimize laser induced conductivity in polymers will be undertaken. Initially, a hierarchy of simply devices such as resistors and vias will be fabricated by direct laser irradiation of polymers. Later, integrated structures such as ROM's are of interest. A technique has been developed to produce sub 100 nm lines in polyamide by direct laser patterning. It is proposed to investigate the electrical properties of such structures.