离子注入聚合物 (在一定的能量和一定的剂量 ) ,可引起聚合物电导率增加几个到十几个数量级。利用这个特性 ,可制作导电图样 ,制作连线 ,制作 P型半导体材料和 N型半导体材料 ,制作 P-N结 ,制作二维和三维集成电路互连结。离子注入聚合物还使聚合物的颜色加深、光吸收增加 ,可制作有机太阳能电池。离子注入聚合物还引起聚合物力学、磁学性质发生变化。 Ion-implanted polymers (at a certain energy and a certain dose) can cause polymer conductivity to increase by several to a dozen orders of magnitude. Using this feature, it is possible to make conductive patterns, make connections, make P-type semiconductor materials and N-type semiconductor materials, make P-N junctions, and make two-dimensional and three-dimensional integrated circuit interconnections. Ion-implanted polymer also deepens the color of the polymer and increases light absorption, making organic solar cells. Ion implantation of polymers also causes changes in the mechanical and magnetic properties of the polymer.