PPT - Fick’s Laws PowerPoint Presentation, free download - ID:4072956

Diffusion is a fundamental phenomenon used in microfluidic applications. It is governed by Fick's laws:1st Fick's law: Jp = -D * an(x,t)2nd Fick's law: ∂n/∂t = D * ∂²n/∂x²Where D is the diffusion coefficient and the concentration n is a function of position and time.Show that the solution to the 2nd Fick's law equation is given by:n(x,t) = √(4nDt)C is constant. Use this solution to show that the distance traveled by a diffusing species in time is: √(2Dt).

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SOLVED: Show detailed and step by step derivation.Derive the heat flux equation for a spherical shell of inner radius Ri and outer radius Re whose inside and outside surfaces are maintained at the constant temperatures Ti and T respectively as shown in Figure 1.RR2T1T2

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Identity Diffusion | Definition, Origin & Examples