Stress as an important parameter of thin films can seriously affect on the properties,
performance and long-term stability of the films. Here, we propose a semiquantitative …

We studied the relation between the Raman peak shift of the ceria F2g peak and isostatic
pressure in rare-earth-doped ceria, which is used as interlayer in anode-supported SOFCs …

A protocol for characterizing relaxation of anisotropic strain in thin films of 10 mol% Eu‐or
Sm‐doped ceria is described. The method is based on comparison of Raman spectra and X …

Lattice strain in oxygen ion conductors can be used to tune their functional properties for
applications in fuel cells, sensors, or catalysis. However, experimental measurements of thin …

Self-supported films of CeO1. 95 display time-scale dependent elastic moduli, a
phenomenon which has been termed the chemical strain effect. In order to probe the …

Room‐temperature mechanical properties of thin films and ceramics of doped and undoped
ceria are reviewed with an emphasis on the anelastic behavior of the material. Notably, the …

The chemical expansion of Pr0. 1Ce0. 9O2–δ (PCO) and CeO2–δ thin films is investigated
in the temperature range between 600° C and 800° C by laser Doppler vibrometry (LDV). It …

Stress and strain in thin films of Pr0. 1Ce0. 9O2− δ, supported on yttria stabilized zirconia
(YSZ) and sapphire substrates, induced by large deviations from oxygen stoichiometry (δ …

Cerium oxides are widely used within catalysis and fuel cells. The key parameters of
interest, including catalytic activity, transport properties and defect structure are all …

The chemical expansion of ceria (CeO2− δ) and ceria-zirconia (Ce0. 8Zr0. 2O2− δ, CZO80)
thin films is investigated by high-temperature laser Doppler vibrometry (LDV) at …