Adsorption of various organics on Ni- and Cu-hexacyanoferrates was investigated by gas-solid chromatography (inverse gas chromatography). Adsorption was studied in the temperature region from 80 to 95 degrees C at zero surface coverage. Thermodynamic data of adsorption (standard free energy change, standard state enthalpies, and the entropy changes) were calculated using the surface partition coefficients. Thermodynamic parameters are discussed in terms of surface properties of used adsorbents and physicochemical properties of organic compounds.Advanced Materials and Processes, 2nd Yugoslav Conference on Advanced Materials (YUGOMAT II), Sep 15-19, 1997, Herceg Novi, Yugoslavi
Adsorbents were obtained on the basis of Silochrome S80 modified with complex compounds of copper(II...
The study of aliphatic compounds adsorption on activated carbon can be carried out from the energeti...
The adsorption of n-hexane on the surface of foamed nickel was studied. As the temperature increases...
The surface properties of Ni and Cu hexacyanoferrates were investigated by the inverse gas chromatog...
Studied the adsorption properties of the surface Silochrom C-120 and chemically modified on the basi...
A set of physicochemical means is used to study the adsorption properties of surfaces of silicas bas...
Two commercial metal-organic frameworks, Cu3(BTC)2 and Fe(BTC), have been selected to compare the ad...
The adsorption properties of a Silipore 200 surface and chemically modified sorption materials conta...
Silica gels based on Silokhrom S-120 chemically modified with malonic ester chelates are studied usi...
The surface properties of various oxides (ZrO(2) and Fe(3)O(4)) and sulfides (HgS and FeS) were inve...
Inverse gas chromatography at infinite and finite surface coverages was applied to evaluate the surf...
In this study, the surface thermodynamic properties and more particularly, the dispersive component ...
Studied the adsorption properties of the surface Silipor 200 and chemically modified on the basis of...
Adsorption is the term that used to describe the metallic or organic materials attaching to an solid...
The usage of metal organic frameworks (MOFs) as adsorbent materials for adsorption-based heat transf...
Adsorbents were obtained on the basis of Silochrome S80 modified with complex compounds of copper(II...
The study of aliphatic compounds adsorption on activated carbon can be carried out from the energeti...
The adsorption of n-hexane on the surface of foamed nickel was studied. As the temperature increases...
The surface properties of Ni and Cu hexacyanoferrates were investigated by the inverse gas chromatog...
Studied the adsorption properties of the surface Silochrom C-120 and chemically modified on the basi...
A set of physicochemical means is used to study the adsorption properties of surfaces of silicas bas...
Two commercial metal-organic frameworks, Cu3(BTC)2 and Fe(BTC), have been selected to compare the ad...
The adsorption properties of a Silipore 200 surface and chemically modified sorption materials conta...
Silica gels based on Silokhrom S-120 chemically modified with malonic ester chelates are studied usi...
The surface properties of various oxides (ZrO(2) and Fe(3)O(4)) and sulfides (HgS and FeS) were inve...
Inverse gas chromatography at infinite and finite surface coverages was applied to evaluate the surf...
In this study, the surface thermodynamic properties and more particularly, the dispersive component ...
Studied the adsorption properties of the surface Silipor 200 and chemically modified on the basis of...
Adsorption is the term that used to describe the metallic or organic materials attaching to an solid...
The usage of metal organic frameworks (MOFs) as adsorbent materials for adsorption-based heat transf...
Adsorbents were obtained on the basis of Silochrome S80 modified with complex compounds of copper(II...
The study of aliphatic compounds adsorption on activated carbon can be carried out from the energeti...
The adsorption of n-hexane on the surface of foamed nickel was studied. As the temperature increases...