Titlebook: Microfluidic Technologies for Miniaturized Analysis Systems; Steffen Hardt,Friedhelm Schönfeld Book 2007 Springer-Verlag US 2007 Analysis.

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Götz Münchow,Klaus-Stefan Dresea free body which has no external forces or constraints acting on its boundary”. These stresses arise from the elastic response of the material to an inhomogeneous distribution of nonelastic strains such as plastic strains, precipitation, phase transformation, misfit, thermal expansion strains, etc.

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Petra S. Dittrich,Fedor Malik,Petra Schwille important signature. For example, as shown in Fig. 8.1 (from [1]), for peened soft steels this can be even more important in controlling fatigue life than the induced stress. For a well-annealed sample, the peak shape depends on the size of the source, finite divergences of the slits at the x-ray t

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Microfluidics: Fundamentals and Engineering Concepts,us, when it appeared worth while to miniaturize systems for fluid handling and processing, some of the technological developments were heading towards a . where fluids behaved in a way unknown from previous experience with macroscopic systems. By now, much of this . has been explored and technologic

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Electrohydrodynamic and Magnetohydrodynamic Micropumps,gravity. Sometimes microfluidic applications employ macroscale pumps like syringe pumps or pressure/vacuum chambers and valves. However, many microfluidic applications would benefit from an on-chip active pump with size comparable to the small volume of fluid to be pumped, i.e. an integrated micropu

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,Magnetic Beads in Microfluidic Systems – Towards New Analytical Applications,lymer colloid or microsphere solution has a low viscosity compared to solutions having the same amount of solid, giving it special properties. Such small particles can be advantageously used as a ‘mobile substrate’ for bio-assays or even for in vivo applications; they can be easily recovered from a

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Dielectrophoretic Microfluidics,ere conducted on simple electrode configurations, typically pin–plate, pin–pin, and wire–wire. Microfabrication technologies borrowed from the semiconductor industry facilitate the fabrication of novel and more capable dielectrophoretic microfluidic systems. For example, micro- and nanoscaled electr

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Electrophoresis in Microfluidic Systems,ofluidic formats with the aim of producing portable low-cost versions of conventional benchtop-scale instrumentation. Ultimately, it is envisioned that these efforts will enable electrophoresis to become an integral component of self-contained “lab-on-a-chip” devices capable of putting the power to