Z: Prokop Nekovář: Difúzní procesy, skripta VSCHT Praha 1988

Z: Prokop Nekovář: Difúzní procesy-sbírka příkladů, skriptum VŠCHT Praha 1991

D: Bird R.B., Steward W.E., Lightfoot E.N.: Transport Phenomena, John Wiley & Sons 2002

D: Cussler E.L.: Diffusion, Cambridge University Press 2009

Bird R.B., Steward W.E., Lightfoot E.N.: Transport Phenomena, John Wiley & Sons 2002

Cussler E.L.: Diffusion, Cambridge University Press 2009

1. Basic mass transfer concepts such as mass transfer rate, molar fluxes, mass transfer resistance, mass transfer driving forces, molecular diffusivity and eddy diffusivity, mass transfer coefficients.

2. Basis for the mechanism of molecular diffusion.

3. Prediction of diffusivity for gases and liquids.

4. Steady-state diffusion, diffusion with convection, film theory.

5. Unsteady-state diffusion, penetration and surface-renewal theories.

6. Diffusion and chemical reaction, enhancement factor.

7. Estimation of mass transfer coefficients from correlation equations.

8. Mass transfer in a laminar boundary layer.

9. Mass transfer in a laminar flow inside a circular pipe.

10. The diffusion of gases in a single capillary tube and in porous media

11. Mass transfer of drops and bubbles.

12. Turbulent transport phenomena.

13. Evaporation and condensation.

14. Review.

1. Basic mass transfer concepts such as mass transfer rate, molar fluxes, mass transfer resistance, mass transfer driving forces, molecular diffusivity and eddy diffusivity, mass transfer coefficients.

2. Basis for the mechanism of molecular diffusion.

3. Prediction of diffusivity for gases and liquids.

4. Steady-state diffusion, diffusion with convection, film theory.

5. Unsteady-state diffusion, penetration and surface-renewal theories.

6. Diffusion and chemical reaction, enhancement factor.

7. Estimation of mass transfer coefficients from correlation equations.

8. Mass transfer in a laminar boundary layer.

www.vscht.cz/uchi

www.vscht.cz/uchi

Absolvent kurzu získá detailnější znalosti o fyzikálně-chemických procesech, které může uplatnit při výpočtech jednotkových operací v průmyslových výrobách. V návaznosti na Chemické inženýrství II hlouběji porozumí dějům při sdílení hmoty a získá schopnosti přesněji analyzovat děje, které určují rychlost/kapacitu průmyslových výrob.

After completing the course, student will have more detailed knowledge on physico-chemical phenomena, which play key roles in industrial process design. The subject broadens basic knowledge got in the course on Unit Operations, teaches to understand mass transfer phenomena and givesthe ability to more precisely analyze the phenomena controlling industrial proces capacity.

Chemické inženýrství II

Matematika II

Unit Operations II

Mathematics II

Chemické inženýrství II

Matematika II

Unit Operations II

Mathematics II