用有机官能团离子注入的方法，把氨基注入到氧化铟锡（ITO），通过红外，X -射线光电子能谱法(XPS)研究氨基注入ITO和空白ITO电极表面的不同表征。再将由硝酸银—柠檬酸三钠加热体系制备的纳米银分别修饰氨基(-NH2)注入的氧化铟锡（ITO）电极表面和空白氧化铟锡（ITO）电极表面，通过扫描电子显微镜SEM研究在纳米银溶胶浸泡不同时间的氨基注入ITO电极表面的纳米银粒子数量证明该过程为动力学控制。使用循环伏安法对纳米银修饰的注入ITO电极表面进行表征。 用有机官能团离子注入的方法，把氨基注入到氧化铟锡（ITO），通过红外，X -射线光电子能谱法(XPS)研究氨基注入ITO和空白ITO电极表面的不同表征。再将由硝酸银—柠檬酸三钠加热体系制备的纳米银分别修饰氨基(-NH2)注入的氧化铟锡（ITO）电极表面和空白氧化铟锡（ITO）电极表面，通过扫描电子显微镜SEM研究在纳米银溶胶浸泡不同时间的氨基注入ITO电极表面的纳米银粒子数量证明该过程为动力学控制。使用循环伏安法对纳米银修饰的注入ITO电极表面进行表征。

A novel NH2+ ion implantation-modified indium tin oxide (NH2+/ITO)electrode was prepared .The surface morphologies of the electrodes were characterized by IR,X-ray photoelectron spectroscopy (XPS). The nanocrystalline silver, created by silver nitrate - sodium citrate heating system, modified NH2\ITO electrode surface and blank ITO electrode surface. By the scanning electron microscope SEM , ITO electrodes were studied which were soaking into the silver colloids with different time, showing that the number of nano-silver particles were controlled by the dynamic control process. And the electric behavior of AgNPS\NH2\ITO could be compared using cyclic voltammtry.