  It is well known that confining a liquid into a pore strongly alters the
liquid behavior. Investigations of the effect of confinement are of great
importance for many scientific and technological applications. Here we present
a molecular dynamics study of the behavior of cyclohexane confined in carbon
slit pores. The local structure and orientational ordering of cyclohexane
molecules are investigated. It is shown that the system freezes with decreasing
the pore width, and the freezing temperature of nanoconfined cyclohenae is
higher than the bulk one.
