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|標題:||Electroosmotic Flow Control in Microfluidic Chips Using a Self-Assembled Monolayer as the Insulator of a Flow Field-Effect Transistor||作者:||Chen, Li-Chia
|關鍵字:||Electroosmotic flow;Microfluidic chip;Self-assembled monolayer||Project:||Langmuir, Volume 28, Issue 31, page(s) 11281–11285.||摘要:||
A novel concept for electroosmotic flow (EOF) control in a microfluidic chip is presented by using a self-assembled monolayer (SAM) as the insulator of a flow field-effect transistor. A bi-directional EOF control with the mobility values of 3.4×10-4 and –3.1×10-4 cm2/V s can be attained corresponding to the applying gate voltage at 0.8 and –0.8 V, respectively, without the addition of buffer additives. A relatively high control factor (approximately 400×10-6 cm2/V2 s) can be obtained. The method presented in this study offers a simple strategy to control the EOF.
|Appears in Collections:||生物產業機電工程學系|
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