  The electronic structure and the single-particle spectral density of a stripe
array formed by ladder-like domain walls (DWs) and by antiferromagnetic (AF)
domains of width 2 lattice spacings are computed and compared with ARPES
spectra from some doped cuprates belonging to the 214 family of compounds. We
assume that bond order is formed on legs in DWs and that the phase of the
sublattice magnetization changes by Pi across each DW. The intensity map
plotted in the coordination frame momentum-energy reproduces quite well the
ARPES spectra obtained at the doping level of 15%. We consider this agreement
as an argument for a scenario of coexisting bond-ordered regions and AF regions
in the stripe phase of moderately doped cuprates.
