Fundamentals of Diffusion in Microfluidic Systems

Fundamentals of Diffusion in Microfluidic Systems, Fig. 1 Simulated paths of a Brownian particle, (a) Path recorded on a large timescale and (b) same path recorded on a smaller timescale. More details emerge as we use smaller timescales... [Pg.1258]

Fundamentals of Diffusion in Microfluidic Systems, Rguro 2 Sketch of an experimental flow chamber the bold auow Indicales the flow direction. Concentration profiles were obtained by looking through the top (a) at a fixed distance (50 ixm) from the top wall. Velocity profiles were taken by scanning a horizontal plane through the side (b) of the chamber, across the 50 p,m width of the channel... [Pg.764]

Fundamentals of Diffusion in Microfluidic Systems, Figure 4 Plot of the relative concentration (probability density function of the particle distribution) as a function of the radial position in a round capillary tube... [Pg.766]

Fundamentals of Diffusion in Microfluidic Systems, Figure 5 Broadening of cross-correlation function in the presence of Brownian motion, (a) Autocorrelation function, (b) Cross-correlation function, (c) Cross-correlation function with Brownian motion... [Pg.766]

Fundamentals of Diffusion in Microfluidic Systems Cross References... [Pg.1806]

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