K. Sekiyama, K. Motoo, F. Arai, T. Fukuda, M. Nakajima
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引用次数: 0
摘要
浓度梯度是通过沿微通道方向产生波状图案而产生的。采用量身定制的多层压电驱动器(TAMPA),实现了流体流量的高频切换。在高速流体(120 mm/s, Re = 14.4)中,实现了两层流主动混合浓度梯度的产生。此外,通过调节输入电压来控制浓度梯度。
Gradient Generation with Active Mixing by a Novel Microvalve using Tailor-made Multilayer Piezoelectric Actuator (TAMPA)
A concentration gradient is generated by producing a wave-like pattern along the microchannel direction. High frequency switching of the fluid flow is achieved by employing the newly developed microvalve using tailor-made multilayer piezoelectric actuators (TAMPA). The generation of a concentration gradient in two-layered flow with active mixing was achieved in a high-speed fluid (120 mm/s, Re = 14.4). Moreover, the concentration gradient was controlled by adjusting the input voltage to TAMPA.