Energetic and structural results for ethanol-water mixtures as a function of the mole fraction were calculated using Monte Carlo methodology. Energy partitioning results obtained for equimolar water-ethanol mixture and ether organic liquids are compared. It has been shown that at xet=0.22 the RDFs for waterethanol and ethanol-ethanol interactions indicated strong hydrophobic interactions between ethanol molecules and the local structure of solution is less structured at this concentration as at ether ones. Results obtained for ethanol-water mixture as a function of concentration are in good agreement with the experimental data
Several thermodynamic models for liquid organics have been developed and will be discussed in this t...
Monte Carlo simulations of water-amides (amide=fonnamide-FOR, methylfonnamide-NMF and dimethylformam...
ConspectusBy combining results and analysis from cylindrical microjet photoelectron spectroscopy (cM...
Simple alcohols such as methanol and ethanol, are organic chemicals that can be used to store energy...
International audienceMonte Carlo simulations are reported to predict the dependence of the surface ...
Series of molecular dynamics simulations for ethanol–water mixtures with 20–80 mol % ethanol content...
In the diploma work we studied mixtures of water, ethanol and poly(vinyl methyl ether) (PVME) by the...
Monte Carlo simulation results for pure liquid acetone and water-acetone mixtures calculated in the ...
Water-ethanol mixtures exhibit many interesting anomalies, such as negative excess partial molar vol...
Monte Carlo simulations of water-tetrahydrofuran (THF) mixtures were performed in the isothermal-iso...
International audienceWhile many numerical and experimental works were focused on water–ethanol mixt...
Thermodynamic, dynamical, and structural properties of ethanol are numerically studied using two eth...
Structural effects in hydrogen and non-hydrogen bonded liquids and their mixtures have been studied ...
The thermodynamics of hydrogen bonding in 1-alcohol + water binary mixtures is studied using molecul...
Molecular dynamics computer simulations have been conducted for ethanol–water liquid mixtures in the...
Several thermodynamic models for liquid organics have been developed and will be discussed in this t...
Monte Carlo simulations of water-amides (amide=fonnamide-FOR, methylfonnamide-NMF and dimethylformam...
ConspectusBy combining results and analysis from cylindrical microjet photoelectron spectroscopy (cM...
Simple alcohols such as methanol and ethanol, are organic chemicals that can be used to store energy...
International audienceMonte Carlo simulations are reported to predict the dependence of the surface ...
Series of molecular dynamics simulations for ethanol–water mixtures with 20–80 mol % ethanol content...
In the diploma work we studied mixtures of water, ethanol and poly(vinyl methyl ether) (PVME) by the...
Monte Carlo simulation results for pure liquid acetone and water-acetone mixtures calculated in the ...
Water-ethanol mixtures exhibit many interesting anomalies, such as negative excess partial molar vol...
Monte Carlo simulations of water-tetrahydrofuran (THF) mixtures were performed in the isothermal-iso...
International audienceWhile many numerical and experimental works were focused on water–ethanol mixt...
Thermodynamic, dynamical, and structural properties of ethanol are numerically studied using two eth...
Structural effects in hydrogen and non-hydrogen bonded liquids and their mixtures have been studied ...
The thermodynamics of hydrogen bonding in 1-alcohol + water binary mixtures is studied using molecul...
Molecular dynamics computer simulations have been conducted for ethanol–water liquid mixtures in the...
Several thermodynamic models for liquid organics have been developed and will be discussed in this t...
Monte Carlo simulations of water-amides (amide=fonnamide-FOR, methylfonnamide-NMF and dimethylformam...
ConspectusBy combining results and analysis from cylindrical microjet photoelectron spectroscopy (cM...