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Interfacial Electrokinetic Flow

The term interfacial electrokinetic flow here encompasses all electrokinetically driven flows... [Pg.1435]

In this section, we discuss recent developments on various interfacial electrokinetic flow phenomena that have potential applications in microfluidic devices. In particular, we focus on electrohydrodynamic atomization (or more commonly known as electrospraying) and... [Pg.1438]

Interfacial Electrokinetic Flow, Fig. 1 Liquid meniscus issuing from a 100 (xm capillary in DC electrospraying showing its conical shape and a thin jet that emanates from the meniscus tip. The Jet subsequently breaks up due to hydrodynamic or Coulombic instabilities to generate very small aerosol drops... [Pg.1439]

Interfacial Electrokinetic Flow, Fig. 4 Spatiotemporal evolution profiles of the electrospray meniscus height R showing the initial stages of microjet formation obtained through an axisymmetric longwave model [11]... [Pg.1442]

Interfacial Electrokinetic Flow, Fig. 6 Schematic illustration of the front cap of a bubble translating in a long capillary tube (After Chang [16])... [Pg.1443]

Interfacial Electrokinetic Flow, Fig. 7 Electrokinetic bubble transport in a capillary. Dimensionless bubble speed represented by the capillary number Ca as a function of the total concentration of ionic surfactant C, [17]... [Pg.1444]

Interfacial Electrokinetic Flow, Fig. 10 Demonstration of rapid micro-mixing via the electrohydrodynamically... [Pg.1446]

Interfacial Electrokinetic Flow, Fig. 11 (a) Demonstration of microparticle (10 pm latex particles) trapping and concentration within the electrohydrodynamically induced surface microvortices, (b) The particle aggregate... [Pg.1447]

Interfacial Electrokinetic Flow, Fig. 13 Numerical flow simulation results of the secondary meridional flow arising from primary surface recirculation of the liquid, (a), (b), and (c) are flow fleld traces (b) is a cross-sectional plan view of the flow fleld at the top surface and (c) is a cross-sectional plan view at a small distance... [Pg.1448]

Interfacial Electrokinetic Flow, Fig. 14 Sequence of recirculation. The final plasma effluent above contains images showing the separation of red blood cells from a hematocrit less than 0.003 % (After Yeo et al. [19]) blood plasma via the secondary meridional bulk liquid... [Pg.1448]

The term interfacial electrokinetic flow here enconpasses all electrokinetically driven flows involving free-surfaces or freely deforming boundaries, i. e., gas-liquid interfaces or immiscible liquid-liquid interfaces. [Pg.855]

In this section, we discuss recent developments on various interfacial electrokinetic flow phenomenon that have... [Pg.857]

Interfacial Electrokinetic Flow, Figure 5 Schematic illustration of the electrospinning setup for the generation of nanometer and micron sized fibers... [Pg.858]

See other pages where Interfacial Electrokinetic Flow is mentioned: [Pg.877]    [Pg.916]    [Pg.973]    [Pg.990]    [Pg.1427]    [Pg.1435]    [Pg.1435]    [Pg.1436]    [Pg.1437]    [Pg.1438]    [Pg.1438]    [Pg.1439]    [Pg.1440]    [Pg.1441]    [Pg.1442]    [Pg.1443]    [Pg.1444]    [Pg.1445]    [Pg.1446]    [Pg.1447]    [Pg.1448]    [Pg.1712]    [Pg.2512]    [Pg.3502]    [Pg.506]    [Pg.605]    [Pg.614]    [Pg.760]    [Pg.760]    [Pg.854]    [Pg.855]    [Pg.856]    [Pg.857]    [Pg.857]    [Pg.858]   
See also in sourсe #XX -- [ Pg.854 ]



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