Liquid chromatography setup was used in liquid diffusion studies. The Kubin-Kucera model was employed for mathematical description of processes inside the chromatographic column. Effective diffusivities were evaluated by time-domain fitting chromatographic response peaks of columns packed with tested porous particles. Axial dispersion coefficients were determined independently by analysis of response peaks of columns packed with nonporous pellets; this improved significantly the confidence of effective diffusion coefficients. An attempt was made to exclude the end effects of chromatographic columns by analyzing response peaks of pairs of columns differing by lengths
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
A methodology for estimation of the dependency on flow rate and bead size of the axial dispersion co...
Different reaction-diffusion macroscopic models of propagation of a fluid polymer in a chromatograph...
Diffusion plays an important role in all aspects of band broadening in chromatography. An accurate k...
A methodology for estimation of the unknown physical parameters in a detailed model for chromatograp...
A strategy to determine effective diffusion coefficients of proteins in chromatographic gels is pres...
Precise measurements of plate heights of fused-silica columns with either cross-linked or convention...
The various modes of chromatography, particularly liquid chromatography are discussed. Various theo...
© 2016, Springer-Verlag Berlin Heidelberg. Molecular diffusion plays an important role in high-perfo...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Dispersion is an important physical phenomenon that heavily influences performances of systems such ...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
A methodology for estimation of the dependency on flow rate and bead size of the axial dispersion co...
Different reaction-diffusion macroscopic models of propagation of a fluid polymer in a chromatograph...
Diffusion plays an important role in all aspects of band broadening in chromatography. An accurate k...
A methodology for estimation of the unknown physical parameters in a detailed model for chromatograp...
A strategy to determine effective diffusion coefficients of proteins in chromatographic gels is pres...
Precise measurements of plate heights of fused-silica columns with either cross-linked or convention...
The various modes of chromatography, particularly liquid chromatography are discussed. Various theo...
© 2016, Springer-Verlag Berlin Heidelberg. Molecular diffusion plays an important role in high-perfo...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Dispersion is an important physical phenomenon that heavily influences performances of systems such ...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...
Diffusion inside pores is the rate limiting step in many preparative chromatographic separations and...