Experiment results of red dye solutions and NaNO2 solutions show that paper micro-fluidic switch can be implemented by the helping of SAW.
红色染料溶液和亚硝酸钠溶液在纸微流通道输运实验表明，声表面波可实现纸微流通道内微流体的开关功能。
The simulation obtains while process of fluidic attachment and switch and distribution of velocity and pressure of flow field.
同时计算得到了静止式气波制冷机内部流场的速度、压力分布，捕捉到了射流“卷吸”和充排气的掺混现象。
The simulation obtains while process of fluidic attachment and switch and distribution of velocity and pressure of flow field.
同时计算得到了静止式气波制冷机内部流场的速度、压力分布，捕捉到了射流“卷吸”和充排气的掺混现象。
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