Sentence examples for mixture of polycrystalline from inspiring English sources

Phase transition from an amorphous Ni P matrix to a mixture of polycrystalline Ni and Ni3P alloy occurred at around 340 °C.

Compositional analyses performed by grazing incidence X-ray diffractometry, Raman spectroscopy, and secondary ion mass spectrometry revealed the formation of a titanium oxide coating that consisted of a mixture of polycrystalline oxide phases (Ti2O, TiO, Ti2O3 and TiO2).

The sapphire substrate was etched in hot H2SO4 solution to produce a mixture of polycrystalline aluminum sulfates.

A mixture of polycrystalline aluminum sulfates was used as a natural etching mask to prepare the PSS-ANP template.

The dipping of a sapphire substrate in hot H2SO4 solution generates white reaction products that are identified as a mixture of polycrystalline aluminum sulfates.

The white reaction products of the sapphire substrate and the H2SO4 solution are identified as a mixture of polycrystalline aluminum sulfates, Al2 SO4 3 and Al2 SO4 3·17H2O [10].

The inward forming layer comprises nodules, regions or layers of reacted Al, containing a mixture of fine polycrystalline AlN and Al, in conjunction with Al exhibiting the original Al crystal structure.

The structural and microstructural changes in graphite occurring by heating a mixture of synthetic polycrystalline graphite and lithium chloride to 1250 °C are studied by thermal analysis, X-ray diffraction, Raman scattering and microscopy.

X-ray diffraction studies revealed that the alloys consisted of the γ-phase (Ni5Zn21), solid solutions of Zn or Ni in the γ-phase, or of a mixture of the γ-phase and polycrystalline Ni or Zn.

Under these conditions, a small number of crystalline film domains were also observed (Supporting Information Figure S2a), which comprised a mixture of single crystalline calcite and polycrystalline vaterite as identified with Raman spectroscopy (Supporting Information Figure S2b).

XRD analysis of polycrystalline Cd0.825Pb0.175S thin films revealed mixture of hexagonal and cubic phases.