Additionally, X-Ray Diffraction (XRD) revealed a shift from an amorphous to a crystalline structure.
The dynamic mechanical analysis revealed a shift in the Tg with the addition of flax hybrid preforms.
Cyclic voltammetry revealed a shift in peak current production to more negative potentials for the reactor poised at −400 mV.
Already in 1974, routine controls in the laboratory of the SEBES revealed a shift towards a greenish water coloration combined to a strong deoxygenation in late summer.
Repeated sampling of bacteria on the skin, in the anus, and in the mouth over the next 30 days revealed a shift toward a typical vaginal microbiome.
Intracellular recordings from the axotomized S-cell revealed a shift in the usual balance of excitatory and inhibitory input, with inhibition enhanced.
Spectroscopic measurements revealed a shift in heme environment from a mixture of high-spin species (wtKatG) to exclusively hexacoordinate, low-spin (KatGNterm).
XPS analysis of the transfer particles collected from the wear track revealed a shift in the oxidation state of iron depending on the wear condition.
Additionally, cytokine profiling and longitudinal vascular analysis revealed a shift towards a pro-angiogenic profile with increased concentrations of VEGF and SDF-1α, and increased arteriolar diameter and tortuosity.
Structural analysis with radial distribution functions revealed a shift in CO2 adsorption away from the framework structure towards α-cavity pore centres and exclusion from sites adjacent to Na+(II) when H2O is present in the gas mixture.
Moreover, XPS revealed a shift of Pd 3d binding energy for Pd catalyst supported on Ni-modified α-Al2O3 sol gel where only NiAl2O4 was formed, suggesting that the electronic properties of Pd may be modified.
