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Piezoelectric Actuation in Multiphase

Piezoelectric Actuation in Multiphase Microfluidics, Fig. 1 (a) Schematics of a microfluidic chip for drop-on-demand dispensing. The bottom chamber is filled with an aqueous reagent A piezoelectric bimorph actuator glued to the chamber allows the release of an aqueous drop on demand in the horizontal channel filled with an immiscible fiuid. (b) Description of the experimental setup. The... [Pg.2736]

Piezoelectric Actuation in Multiphase Microfluidics, Fig. 7 (a) A microscope image of a lateral cavity acoustic pump with the main channel filled with DI water and polystyrene beads, (b) The pumping pressure generated by a 1-, 5-, and 10-cavity pair device with a maximum input voltage of 25 Vpp. The pressure output is calculated using the measured average flow velocity and the calculated hydrodynamic resistance of the microfluidic system. [Pg.2741]

See other pages where Piezoelectric Actuation in Multiphase is mentioned: [Pg.2735]    [Pg.2735]    [Pg.2736]    [Pg.2737]    [Pg.2737]    [Pg.2738]    [Pg.2739]    [Pg.2740]    [Pg.2740]    [Pg.2741]    [Pg.2741]    [Pg.2742]    [Pg.2735]    [Pg.2735]    [Pg.2736]    [Pg.2737]    [Pg.2737]    [Pg.2738]    [Pg.2739]    [Pg.2740]    [Pg.2740]    [Pg.2741]    [Pg.2741]    [Pg.2742]    [Pg.2735]    [Pg.2743]    [Pg.184]   


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Piezoelectric Actuation in Multiphase Microfluidics

Piezoelectric actuators

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