  We investigate edge and bulk states in Weyl-orbit based quantum Hall effect
by measuring a Corbino-type device fabricated from a topological Dirac
semimetal (Cd1-xZnx)3As2 film. Clear quantum Hall plateaus are observed when
measuring one-sided terminals of the Corbino-type device. This indicates that
edge states of the Weyl-orbit quantum Hall effect form closed trajectories
consisting of Fermi arcs and chiral zero modes independently on inner and outer
sides. On the other hand, the bulk resistance does not diverge at fields where
the quantum Hall plateau appears, suggesting that the Weyl orbits in the bulk
region are not completely localized when applying electric current through the
bulk region.
