1) The textural properties of solids. Basic parameters of texture, density
solids, porosity
2) The theory of adsorption on solids, adsorption isotherm, Brunnauer
classification
3) Experimental procedures for determining the textural parameters
4) Types of adsorption ISOTERM, the theory of monomolecular Langmuir adsorption isotherm
5) The theory of multilayer adsorption (BET)
6) Adsorption in micropores, Polanyi potential, Dubinin-Raduškevič isotherm, calculations
7) Adsorption in mesopores, capillary condensation, Kelvin equation
8) Adsorption in a flow-through arrangement
9) The adsorption of gas mixtures, sorption of the liquid medium
10) The assessment of substances in terms of texture fractal geometry
11) The flow of gases and liquids porous environment, viscous flow, Knudsen diffusion, specific permeability
12) Experimental methods, apparatus, evaluation, reproducibility
solids, porosity
2) The theory of adsorption on solids, adsorption isotherm, Brunnauer
classification
3) Experimental procedures for determining the textural parameters
4) Types of adsorption ISOTERM, the theory of monomolecular Langmuir adsorption isotherm
5) The theory of multilayer adsorption (BET)
6) Adsorption in micropores, Polanyi potential, Dubinin-Raduškevič isotherm, calculations
7) Adsorption in mesopores, capillary condensation, Kelvin equation
8) Adsorption in a flow-through arrangement
9) The adsorption of gas mixtures, sorption of the liquid medium
10) The assessment of substances in terms of texture fractal geometry
11) The flow of gases and liquids porous environment, viscous flow, Knudsen diffusion, specific permeability
12) Experimental methods, apparatus, evaluation, reproducibility