奈米科技研究中心

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近期新知

研討會與演講資訊

研究資訊

	奈米複合材料為有機太陽能電池提供保護 2008/03/13
	利用生物模版製作光子奈米結構 2008/03/14
	石墨層可偵測二氧化氮 2008/03/17
	利用蛋殼建造有序排列之奈米結構 2008/04/01
	化合物半導體可提升矽基太陽電池效能 2008/04/02
	光學顯微鏡也看得到奈米微粒 2008/04/05
	奈米重力計發掘新儲氫材料 2008/04/08
	原子級的奈米雕刻術登場 2008/04/10
	光的量子性可提升成像與資訊傳輸 2008/04/14
	文章內容請至奈米新知查閱

	南台科技大學「奈米中心95學年度第一次聚會」報告內容
	『環境友善高分子材料應用技術研討會』，限額：150名，請儘速報名，以免向隅。

狂賀!!

奈米創意賽南台科大奪魁

微型投藥系統適用之微型幫浦研發

The design , fabrication , and applications of valveless diffuser micropumps based on piezoelectric actuation are presented . Three kinds of working fluids were tested: water, insulin and blood. The pump performance tests including frequency response, flow rate and output pressure were carried out at different driving signals. The results indicate that the pump performance for insulin and blood is lower than that for water because of the difference in fluid properties. The micropump which is able to handle insulin and blood has great potential in biomedical applications such as drug delivery microsystems for the patients with diabetes mellitus or in critical care. It can be used to precisely control blood sugar to improve the traditional methods.

( 許藝菊博士提供 )

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200Kv場發射穿透式電子顯微鏡(FEG-TEM)


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