Introduction to Microfluidics - KATE.pptx - McGill University

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Optional slide number: Capillary Phenomenon Pressure of the liquid column: ΔP = ρgh θ r Capillary pressure: ΔP = − γ : Surface tension Height of liquid column: θ : Contact angle h = 2γ r 2γ cosθ ρgr h 30
Optional slide number: Surface Tension § Surface tension is a property of cohesion (the attraction of molecules <strong>to</strong> like molecules) Floating razor blades § When an interface is created, the distribution of cohesive forces is asymmetric § Molecules at the surface may be pulled on more strongly by bulk molecules 31
Page 1 and 2: Micro & Nanobioengineering Lab Biom
Page 3 and 4: Optional slide number: Outline § W
Page 7 and 8: Optional slide number: Advantages o
Page 11 and 12: Optional slide number: No-slip Boun
Page 13 and 14: Optional slide number: Newtonian Fl
Page 15 and 16: Optional slide number: Non-Newtonia
Page 17 and 18: Optional slide number: Laminar and
Page 19 and 20: Optional slide number: Poiseuille F
Page 23 and 24: Optional slide number: Diffusion Di
Page 25 and 26: Optional slide number: Generating B
Page 29: Optional slide number: Capillary Ph
Page 33 and 34: Optional slide number: Capillary Sy
Page 37 and 38: Optional slide number: Immunoassay
Page 39 and 40: Optional slide number: Micromosaic
Page 41 and 42: Optional slide number: Droplet-Base
Page 43 and 44: Optional slide number: Recapitulati
Page 45 and 46: Optional slide number: Thank You! Q
Page 47 and 48: Optional slide number: Incompressib
Page 49 and 50: Optional slide number: Surface ener
Page 51: Optional slide number: Surface ene

Introduction to Microfluidics - KATE.pptx - McGill University

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