Both types of samples were useful.
Both types of samples were produced according to an experimental design.
X-ray diffraction (XRD) reveals the presence of the γN phase in both types of samples.
Exposure of both types of samples to CO leads to the formation of carboxylates and carbonates.
Both types of samples have strength higher than the base alloy AZ31 but lower than the base alloy ZK60.
During cold rolling in both types of samples the volume fraction of martensite increased up to ≈ 50 vol.% (80% reduction).
Comparing two types of samples, control-HaP and w/-PbI2-HaP thin films, we find the same electron and hole diffusion lengths for both types of samples from EBIC measurements (Ln = 7.5 ± 0.2 μm and Lp = 3.5 ± 0.8 μm,).
Although both types of samples required about the same amount of diver effort to complete, approximately 1.5 times more individuals were recorded during transect surveys.
By comparing the edge-wisely compressed specimens, it was found that both types of samples are similar in load-bearing capacity.
Exposure of both types of samples to NO/CO mixtures in the 400 600 °C temperature range leads to the formation of surface isocyanate species.
The mechanical response of both types of samples is relatively similar in terms of hardness, critical shear stress or pop-in load amplitude.
