Advances in Transport Phenomena 2011 by Ho Cheung Shum, Julian Thiele, Shin-Hyun Kim (auth.), Liqiu

By Ho Cheung Shum, Julian Thiele, Shin-Hyun Kim (auth.), Liqiu Wang (eds.)

This new quantity of the once a year evaluation “Advances in shipping Phenomena” sequence comprises 3 in-depth evaluate articles at the microfluidic fabrication of vesicles, the dielectrophoresis field-flow fractionation for continuous-flow separation of debris and cells in microfluidic units, and the thermodynamic research and optimization of warmth exchangers, respectively.

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Self-assembled shells composed of colloidal particles: fabrication and characterization. Langmuir 21, 2963–2970 (2005) 8. : Spontaneous formation of vesicles. Adv. Colloid Interface Sci. 121, 51–75 (2006) 9. : Vesicles and liposomes: a self-assembly principle beyond lipids. Adv. Mater. 15, 1323–1333 (2003) 10. : The mechanism of vesicle formation. Biochem. J. 256, 1–11 (1988) 11. : Block copolymer vesicles—using concepts from polymer chemistry to mimic biomembranes. Polymer 46, 3540–3563 (2005) 12.

B Two arrays of carbon electrodes capturing viable yeast cells at array 1 (ellipse) and non-viable yeast cells at array 2 (rectangle) [108] Dielectrophoresis Field-Flow Fractionation for Continuous-Flow Separation 47 photoresist microstructures can be turned to 3D carbon electrodes through pyrolysis usually above 900 °C in an inert environment [107]. As shown in Fig. 12b, dense arrays of high aspect ratio of carbon electrodes as multi-stage filters (electrically independent) were fabricated and demonstrated to fractionate viable from non-viable yeast cells with a flow rate of 10 ll/min [108].

Continuous DEP cell separation was reported by using a series of short-time flushing; however, the system still needed certain relaxation time for the cells to reach equilibrium after each on–off flushing [36]. In addition to these typical interdigitated electrodes, other electrode designs including Dielectrophoresis Field-Flow Fractionation for Continuous-Flow Separation 35 multilayered grid electrode array [37], ring electrodes [38] and combined quadrupole and microwell electrodes [39] were adopted to achieve trapping of microparticles and single cells in DEP-FFF microfluidic devices.

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