Molecular dynamics simulations of liquid ethanol at four thermodynamic
states ranging from T = 173 K to T = 348 K were carried out using the
transferable OPLS potential model of Jorgensen (J. Phys. Chern. 1986,
90, 1276). Both static and dynamic properties are analyzed. The resul
ting properties show an overall agreement with available experimental
data. Special attention is paid to the hydrogen bonds and to their inf
luence on the molecular behavior. Results for liquid ethanol art compa
red with those for methanol in earlier computer simulation studies.