Benzene adsorbed on split graphite has been examined by differential-leakage and vapor-pressure methods. There are phase transitions associated with molecular reorientation. © 1991 Plenum Publishing Corporation
The first comparative study of the surface behavior of four small aromatic molecules, benzene, tolue...
The adsorption of 13C-labeled benzene on imogolite has been studied on samples which had been evacua...
Adsorption equilibria have been gravimetrically measured at 10, 20, 30, 50, and 70°C for benzene on ...
Benzene adsorbed on split graphite has been examined by differential-leakage and vapor-pressure meth...
The structural and thermodynamic properties of benzene adsorbed on graphite have been determined by ...
Computer simulations of the structures and energies of benzene films on graphite at 298 K are report...
Computer simulations of the structure and energy of benzene layers adsorbed on graphite at 85 K are ...
The adsorption of mixtures of benzene−water in graphitic slit pores has been studied using Monte Car...
The performance of intermolecular potential models on the adsorption of benzene on graphitized therm...
Wepresent a complex study of benzene adsorption on chemically modified commercial activated carbons....
A new model for the oriented adsorption of benzene molecules on graphitized carbon black at low temp...
Grand Canonical Monte Carlo (GCMC) simulation was used to study multilayer adsorption of benzene on ...
A grand canonical Monte Carlo simulation has been carried out at ambient temperature to investigate ...
Experimental nitrogen (T = 77 K) and as benzene (T = 298 K) adsorption isotherms measured on eight c...
Benzene is one of the major indoor air pollutants, according to the World Health Organization (WHO),...
The first comparative study of the surface behavior of four small aromatic molecules, benzene, tolue...
The adsorption of 13C-labeled benzene on imogolite has been studied on samples which had been evacua...
Adsorption equilibria have been gravimetrically measured at 10, 20, 30, 50, and 70°C for benzene on ...
Benzene adsorbed on split graphite has been examined by differential-leakage and vapor-pressure meth...
The structural and thermodynamic properties of benzene adsorbed on graphite have been determined by ...
Computer simulations of the structures and energies of benzene films on graphite at 298 K are report...
Computer simulations of the structure and energy of benzene layers adsorbed on graphite at 85 K are ...
The adsorption of mixtures of benzene−water in graphitic slit pores has been studied using Monte Car...
The performance of intermolecular potential models on the adsorption of benzene on graphitized therm...
Wepresent a complex study of benzene adsorption on chemically modified commercial activated carbons....
A new model for the oriented adsorption of benzene molecules on graphitized carbon black at low temp...
Grand Canonical Monte Carlo (GCMC) simulation was used to study multilayer adsorption of benzene on ...
A grand canonical Monte Carlo simulation has been carried out at ambient temperature to investigate ...
Experimental nitrogen (T = 77 K) and as benzene (T = 298 K) adsorption isotherms measured on eight c...
Benzene is one of the major indoor air pollutants, according to the World Health Organization (WHO),...
The first comparative study of the surface behavior of four small aromatic molecules, benzene, tolue...
The adsorption of 13C-labeled benzene on imogolite has been studied on samples which had been evacua...
Adsorption equilibria have been gravimetrically measured at 10, 20, 30, 50, and 70°C for benzene on ...
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