  The paramagnetic phase of the two channel Anderson Lattice model in the Kondo
limit is investigated in infinite spatial dimensions using the non-crossing
approximation. The resistivity exhibits a Kondo upturn with decreasing $T$,
followed by a slow decrease to a finite value at $T=0$. The decrease reflects
lattice coherence effects in concert with particle-hole symmetry breaking. The
magneto-resistance obeys an approximate scaling relation, decreasing towards
coherent Fermi liquid behavior with increasing field. The magnetic field
induces a Drude peak in the optical conductivity.
