Critical conditions of polymer adsorption and chromatography on non-porous substrates.We present a novel thermodynamic theory and Monte Carlo simulation model for adsorption of macromolecules to solid surfaces that is applied for calculating the chain partition during separation on chromatographic columns packed with non-porous particles. 
THERM
Critical conditions of polymer adsorption and chromatography on non-porous substrates.We present a novel thermodynamic theory and Monte Carlo simulation model for adsorption of macromolecules to solid surfaces that is applied for calculating the chain partition during separation on chromatographic columns packed with non-porous particles. 
THERM
Critical conditions of polymer adsorption and chromatography on non-porous substrates.We present a novel thermodynamic theory and Monte Carlo simulation model for adsorption of macromolecules to solid surfaces that is applied for calculating the chain partition during separation on chromatographic columns packed with non-porous particles. 
THERM
Critical conditions of polymer adsorption and chromatography on non-porous substrates.We present a novel thermodynamic theory and Monte Carlo simulation model for adsorption of macromolecules to solid surfaces that is applied for calculating the chain partition during separation on chromatographic columns packed with non-porous particles. 
THERM