  Properties of the hadronic phase of high-energy heavy-ion collisions can be
studied by measuring the ratios of hadronic resonance yields to the yields of
longer-lived particles. These ratios can be used to study the strength of
re-scattering effects, the chemical freeze-out temperature, and the lifetime
between chemical and kinetic freeze-out. The restoration of chiral symmetry
during the early hadronic phase or near the phase transition may lead to shifts
in the masses and increases in the widths of hadronic resonances. The ALICE
collaboration has measured the spectra, masses, and widths of the K*(892)0 and
phi(1020) resonances in Pb-Pb collisions at 2.76 TeV. These results, including
RAA and the ratios of the integrated resonance yields to stable hadron yields,
are presented and compared to results from other collision systems and to
theoretical predictions.
