微／纳米条形码自动电化学合成系统的研制

Development of Automatic Electrochemical Synthesis System for Micro/nanobarcodes

通过将计算机与电化学相结合，一设计实现了脉冲电沉积、顺序电沉积及任意组合的自动电化学合成系统。通过该系统，可将输入计算机的任意数字编码信息直接转化为实际的编码颗粒，其结构完整清晰，易于解码。目前已获得多种具有特定形貌及组成的纳米条形码。该方法不仅为高效可控制备冽纳米条形码提供了一种新思路，而且在复杂结构的微／纳米材料和智能材料等的设计制备中具有重要的应用前景。

The pulse-electrodeposition, subsequential-electrodeposition modes and automated electrochemical synthesis system were designed and realized by the combination of computer and electrochemical. Any digitally encoded information entered into computer can be directly converted into the actual encoding particles, which have some advantages, such as complete and clear properties. The research results not only provide a new method to fabricate micro/nano barcodes with High efficiency and controllability, and exhibit good application prospects for the design and preparations of micro/nano materials and intelligent materials.