D. Gelbin

发表

Direct transport parameters measurement versus their estimation from mercury penetration in porous solids

P. Schneider, D. Gelbin, 1985 .

On applying the ideal adsorbed solution theory to multicomponent adsorption equilibria of dissolved organic components on activated carbon

D. Gelbin, A. Seidel, 1988 .

Breakthrough curves for single solutes in beds of activated carbon with a broad pore-size distribution—I. Mathematical models of breakthrough curves in beds of activated carbon

D. Gelbin, A. Seidel, 1986 .

Heat and mass transfer in packed beds—IV: Use of weighted moments to determine axial dispersion coefficients

D. Gelbin, H. Wolff, K. Radeke, 1979 .

Weighted moments and the pore-diffusion model

D. Gelbin, H. Wolff, K. Radeke, 1980 .

Adsorption equilibria of aqueous phenol and indol solutions on activated carbons

D. Gelbin, A. Seidel, K. Radeke, 1985 .

Breakthrough curves for single solutes in beds of activated carbon with a broad pore-size distribution. II: Measuring and calculating breakthrough curves of phenol and indole from aqueous solutions on activated carbons

D. Gelbin, K. Radeke, G. Reschke, 1986 .

Heat and mass transfer in packed beds—III. Axial mass dispersion

D. Gelbin, G. Langer, A. Roethe, 1978 .

A simplified mathematical model describing the activation of carbon

S. Friedrich, D. Gelbin, 1985 .

Equilibrium Adsorption of Two-Component Organic Solutes from Aqueous Solutions on Activated Carbon

S. Friedrich, D. Gelbin, A. Seidel, 1986 .

A study of diffusion models and their application to porous catalysts

D. Gelbin, F. Balfanz, 1973 .

Heterogeneity effects in single-solute adsorption from dilute solutions on solids

A. Deryło-Marczewska, D. Gelbin, A. Seidel, 1984 .

A model of constant-volume adsorption kinetics allowing for two internal resistances

S. Friedrich, D. Gelbin, 1984 .

Kinetics of adsorption of phenol and indole from aqueous solutions on activated carbons

M. Friedrich, D. Gelbin, A. Seidel, 1988 .

Determining pore-size distribution of activated carbons by liquid chromatography

D. Gelbin, G. Bunke, 1985 .