| 摘要: | 本計畫欲建立一完全的感測系統，分為兩大系統，第一大系統: 開發具選擇性的感測元件系統。此系統將建立以(1):以奈米碳管為主材，在奈米碳管材料表面合成具聚乙二胺樹枝狀聚合物表面的NH2 基後進一步以金屬奈米顆粒修飾，再利用層接式組裝成膜技術在可撓性基板上成長以NH2 基修飾的軟性的奈米碳管複合感測材料；(2): 採用In-situ sol-gel molecular imprinted thin film on QCM的方法製備有機/無機複合材料之分子嵌印感測薄膜，及(3): Self-assembling monolayer及In-situ photo-polymerization on QCM技術製備有機材料之分子嵌印感測薄膜。第二大系統為感測/模組系統的建立。此系統可分為(1): 多功能之可攜式智慧型氣相感測模組系統的設計、製作及系統最佳化探討；(2):一套新穎性的線上流動注入式智慧型多管道液相石英晶體微天平感測系統的設計、製作及應用。
The total sensing system will be fabricated in this study. The total sensing system was divided into two categories of sensor devices and sensing/module system. For the sensor devices, (1): fabrication of modified CNTs based nanocomposite thin films on flexible substrate by LBL assembly as flexible chemical sensors; (2): the organic/inorganic composite molecular imprinted thin film will be fabricated by in-situ molecular imprinted thin film on QCM; (3): the organic molecular imprinted thin film will be fabricated by self-assembling monolayer combined with in-situ photo-polymerization on QCM will be investigated in this study. For the sensing/module system, (1): design, fabrication and application of portable gas phase real-time sensing system; (2) design, fabrication and application of on-line flow-injection smart liquid phase multi-channel quartz crystal microbalance sensing system will be investigated in this study. |
