A new model for the oriented adsorption of benzene molecules on graphitized carbon black at low temperatures is proposed which explains NMR relaxation data. © 1976, Verlag der Zeitschrift für Naturforschung. All rights reserved
Exposed surfaces of two-dimensional (2D) materials are susceptible to the adsorption of various mole...
Gas chromatography is widely used to measure the thermodynamic functions of adsorption on the homoge...
We present a theory study of the physisorption of the series of methylbenzenes (toluene, xylene and ...
The performance of intermolecular potential models on the adsorption of benzene on graphitized therm...
Grand Canonical Monte Carlo (GCMC) simulation was used to study multilayer adsorption of benzene on ...
Computer simulations of the structures and energies of benzene films on graphite at 298 K are report...
Wepresent a complex study of benzene adsorption on chemically modified commercial activated carbons....
The first comparative study of the surface behavior of four small aromatic molecules, benzene, tolue...
Black carbons in the atmosphere, in soils, and in sediments strongly sorb hydrophobic organic contam...
Computer simulations of the structure and energy of benzene layers adsorbed on graphite at 85 K are ...
The adsorption of benzene at 298 K on carbon blacks and microporous carbons, including Carbosieve, T...
An exact description of the interactions in aromatic carbon systems is a key condition for the desig...
In this paper we analyzed the adsorption of a large number of gases and vapors on graphitized therma...
Benzene adsorbed on split graphite has been examined by differential-leakage and vapor-pressure meth...
Copyright © 2006 American Chemical SocietyWe investigated how the NMR properties of uniformly 13C-la...
Exposed surfaces of two-dimensional (2D) materials are susceptible to the adsorption of various mole...
Gas chromatography is widely used to measure the thermodynamic functions of adsorption on the homoge...
We present a theory study of the physisorption of the series of methylbenzenes (toluene, xylene and ...
The performance of intermolecular potential models on the adsorption of benzene on graphitized therm...
Grand Canonical Monte Carlo (GCMC) simulation was used to study multilayer adsorption of benzene on ...
Computer simulations of the structures and energies of benzene films on graphite at 298 K are report...
Wepresent a complex study of benzene adsorption on chemically modified commercial activated carbons....
The first comparative study of the surface behavior of four small aromatic molecules, benzene, tolue...
Black carbons in the atmosphere, in soils, and in sediments strongly sorb hydrophobic organic contam...
Computer simulations of the structure and energy of benzene layers adsorbed on graphite at 85 K are ...
The adsorption of benzene at 298 K on carbon blacks and microporous carbons, including Carbosieve, T...
An exact description of the interactions in aromatic carbon systems is a key condition for the desig...
In this paper we analyzed the adsorption of a large number of gases and vapors on graphitized therma...
Benzene adsorbed on split graphite has been examined by differential-leakage and vapor-pressure meth...
Copyright © 2006 American Chemical SocietyWe investigated how the NMR properties of uniformly 13C-la...
Exposed surfaces of two-dimensional (2D) materials are susceptible to the adsorption of various mole...
Gas chromatography is widely used to measure the thermodynamic functions of adsorption on the homoge...
We present a theory study of the physisorption of the series of methylbenzenes (toluene, xylene and ...
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