  The electronic structure of the ferromagnetic superconductor URhGe in the
paramagnetic phase has been studied by angle-resolved photoelectron
spectroscopy using soft x rays (hn=595-700 eV). Dispersive bands with large
contributions from U 5f states were observed in the ARPES spectra, and form
Fermi surfaces. The band structure in the paramagnetic phase is partly
explained by the band-structure calculation treating all U 5f electrons as
being itinerant, suggesting that an itinerant description of U 5f states is a
good starting point for this compound. On the other hand, there are qualitative
disagreements especially in the band structure near the Fermi level (E_B < 0.5
eV). The experimentally observed bands are less dispersive than the
calculation, and the shape of the Fermi surface is different from the
calculation. The changes in spectral functions due to the ferromagnetic
transition were observed in bands near the Fermi level, suggesting that the
ferromagnetism in this compound has an itinerant origin.
