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一維次人造機器之近期發展

Artificial Machines Based on 1-D Nanofibres

摘要


奈米生物科技急遽興起,對於生物體中化學能轉化成機械能的軟物質奈米機械致動器元件又掀起了一陣風潮,科學家為了模擬真實肌肉的機制,藉由仿生科技的概念,在近幾年陸續開發人造肌肉致動器的探索領域,本篇論文描述三種固態材料在人工肌肉之研究現況,(1)導電性聚合物、(2)碳奈米管致動器、(3)一維狀氧化釩;希望藉由三項分子系統之研究,能開啟人造肌肉致動器中以自組裝超分子材料為主體之前瞻性。

並列摘要


Molecular motor, a natural machine, appears as one of the emerging research fields in nanoscience and nanotechnology. Its remarkably efficient cyclic-work could make significant breakthrough in marking nano-devices, smaller, lighter, cleaner, and less expensive. Herein, it is of interest to illustrate three prototypes of artificial machines involving: i) conducting polymer, ii) carbon nanotube actuator, iii) one-dimension vanadium oxide.

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