  The effect of a continuous model of correlations upon one-dimensional finite
disordered quantum wires modeled by an array of delta-potentials, is analyzed.
Although the model proposed is not able to include new truly extended states in
the spectrum, the transport properties of a finite sample are noticeably
improved due to the existence of states whose localization length is larger
than the system size. This enhancement of transmission is maximized for
relatively short chains.
