  Transport properties in doped manganites are studied by considering the
Simplified double exchange mechanism in the presence of diagonal disorder. It
is modelled by a combination the Ising double exchange with Faliccov-Kimball
model. In this model, charge order ferromagnetic and transport quantities are
presented by using Dynamical mean-field theory in the case of finite Hund
coupling and disorder strength. Those results suggest that, within this model
the insulator phase can be stated in the range of below charge order
temperature which is suitable with the observations in the experimental
manganites.
