Sentence examples for broadening analysis of from inspiring English sources

Profile broadening analysis of the (311) Bragg reflection was conducted by applying the Scherrer equation for average crystallite sizes of 83 ± 6 nm for ZGGO Cr3+ and ZGGO Cr3+,Eu3+ samples.

Phase and texture analysis using X-ray diffraction, analysis of the diffraction line broadening, analysis of the lattice parameters and high-resolution transmission electron microscopy were employed to characterize the microstructure development in the Cr Al Si N thin film nanocomposites with a variable [Cr] / ([Al] + [Si]) ratio deposited by cathodic arc evaporation.

Broadening analysis of the (311) diffraction with the Scherrer formula yielded average crystallite sizes of ~7 and 11 nm for the pH = 7 and pH = 9 products, respectively.

Broadening analysis of the (311) diffraction with the Scherrer equation found average crystallite sizes of ~6.4, 9.7, and 10.8 nm for the products synthesized under the pH values of 5, 7, and 9, respectively.

Broadening analysis of the (311) diffraction yielded average crystallite sizes of ~8, 13, 15, and 15 nm for the ZGC phosphors obtained via 6, 12, 18, and 24 h of reaction, respectively.

Generally, the Stark broadening analysis of the spectral profile for the Hβ emission line, which is emitted by the plasma discharge, is the most common procedure to obtain the electron density, n e [51, 52, 53].

As ε-Fe3N nanoparticles are ferromagnetic, one possible explanation of the difference between calculated value from XRD and observed particle size is due to particle aggregation under the influence of the electromagnetic field in the TEM [13] while X-ray line broadening analysis discloses the size of the primary particles.

Line-broadening analysis of the intensity distribution along the diffraction vector reveals a 15-times increase in dislocation density in the near-surface zone in the center of the indent.

However, in broadening the analysis of expression to a wider range of genotypes, we were not able to reproduce these differences (Fig.  3b).

We believe that broadening the analysis of FSHD families may facilitate genetic counselling of patients and families with FSHD in particular when interpreting the data for prenatal diagnosis.

This paper broadens the analysis of therapeutic landscapes by exploring their culturally specific dimensions in the context of the everyday lives of 'Anishinabek' and thus contributes to a better understanding of First Nations peoples.