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Piezoelectric Microdispenser

This review considers the variety of device designs for piezoelectric microdispensers, methods to model their overall behavior, in addition to the characteristics of atomization mechanisms available for dispensing droplets using piezoelectric materials. [Pg.2755]

Modeling of piezoelectric microdispensers provides useful information on the potential for further optimization and insights into the operating mechanism underlying their behavior. However, the reliable formation of stable, monodisperse droplets from a device generally requires... [Pg.2757]

Most piezoelectric microdispensers use the single-droplet nozzle ejection mechanism to... [Pg.2759]

Piezoelectric Microdispenser, Fig. 2 The capillary tube microdispenser, viewed from the side (a) and top (b), with a variation (c) by Lee and Lai [6]. Though almost... [Pg.2762]

Piezoelectric Microdispenser, Fig. 4 Focused acoustic beam ejection technology by Elrod and associates at Xerox PARC. Using a piezoelectric element with electrodes immersed in a tliin layer of fluid below a nozzle (a), an electrical impulse will induce an acoustic wave that,... [Pg.2764]

See other pages where Piezoelectric Microdispenser is mentioned: [Pg.477]    [Pg.1347]    [Pg.1352]    [Pg.1474]    [Pg.28]    [Pg.85]    [Pg.184]    [Pg.222]    [Pg.295]    [Pg.514]    [Pg.651]    [Pg.701]    [Pg.884]    [Pg.1254]    [Pg.1296]    [Pg.1300]    [Pg.1402]    [Pg.1473]    [Pg.1499]    [Pg.1681]    [Pg.1747]    [Pg.2320]    [Pg.2481]    [Pg.2504]    [Pg.2743]    [Pg.2753]    [Pg.2754]    [Pg.2754]    [Pg.2754]    [Pg.2754]    [Pg.2755]    [Pg.2755]    [Pg.2756]    [Pg.2756]    [Pg.2757]    [Pg.2758]    [Pg.2758]    [Pg.2759]    [Pg.2760]    [Pg.2760]    [Pg.2761]    [Pg.2761]    [Pg.2762]    [Pg.2763]    [Pg.2763]    [Pg.2764]   
See also in sourсe #XX -- [ Pg.1662 ]



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