  Structural and dynamical behavior of SO$_2$ molecules within ZSM22 is studied
using MD simulations, to understand the influence of orientational disorder
(OD) and intercrystalline spacing in ZSM22 as a function of adsorbate loading.
Addition of inter-crystalline space provides connectivity of isolated pores in
ZSM22 and is shown to suppress both translational and rotational motion of
SO$_2$. We infer that geometry and dimensionality of the connecting space is an
important factor in determining the effects of pore connectivity on the
adsorbed species behavior. As a function of OD, decrease in self diffusion
coefficient of SO$_2$ in ZSM22 is observed. An increase in rotational
correlation time t and a decrease in libration angle with OD is observed, due
to the restriction imposed on the orientational freedom of the adsorbate by an
increase in OD. The behavior of SO$_2$ result from an interplay of guest-host
interactions and the dimensionality and confinement geometry.
