  On the basis of the correlative method of the unsymmetrized self-consistent
field that yields the account of the strong anharmonicity of the lattice
vibrations, it has been calculated the temperature dependence of saturated
vapor pressure of higher and smaller fullerites, from C36 up to the C96, and
their thermodynamic properties along their sublimation curves. We have used the
intermolecular potential of Girifalco with parameters recently calculated for
these fullerenes. The calculations were accomplished up to the temperature of
loss of stability (spinodal point) Ts. We compare our results with available
experimental data, and with quantities calculated earlier for the magnitudes of
the most widespread of the fullerites, the C60. The behavior of some
characteristics is considered in their dependence on the number of atoms in the
molecule.
