Examples of using Using x-ray diffraction in English and their translations into Portuguese
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The cellulosic crystallinity index on the films was obtained using x-ray diffraction.
Their properties were studied using x-ray diffraction, rietveld method and raman spectroscopy.
Mixtures were selected for the physical-chemical andmicrostructural characterization, using x-ray diffraction, thermal analysis.
Structural characterizations using x-ray diffraction, ftir and raman were carried out and optical through luminescence.
The x-radiation has been of great importance for the identification of crystalline materials, and methods of using x-ray diffraction, bragg's law.
The crystallinity of the biofilms was analyzed using x-ray diffraction(xrd); this revealed an amorphous-crystalline structure.
Using x-ray diffraction and transmission electronic microscopy it was possible to verify the excellent degree of texturing of aln films with the direction perpendicular the substrate plane.
We structurally characterized these materials using x-ray diffraction and by optical absorption and photoluminescence, spectroscopically.
In this work was a developed an analysis procedure for crystalline-quartz dust in workplaces using x-ray diffraction as an analytical technique.
The materials were characterized using x-ray diffraction(xrd), vibrational spectroscopy in infra red fourier transform(vsirft) and scanning electron microscopy sem.
A series of new compounds have been synthesized andtheir physical properties studied using X-ray diffraction and magnetic measurements as a function of temperature.
Characterizations were performed using x-ray diffraction(xrd), infrared vibrational spectroscopy, photoluminescence(pl) and specific surface area determination bet method.
The rietveld method has been used in soil studies, however, there are some disputes about the reliability of results in soils through mineralogical quantification using x-ray diffraction in general.
The materials were characterized using x-ray diffraction, infrared, nuclear magnetic resonance of 31p and thermogravimetry, which proved the efficiency of the reaction.
CHC plus+ is a unique combination of the multi-purpose CHC Cryo& Humidity Chamber and an advanced humidity(RH)generator for the analysis of humidity-dependent and/or temperature-dependent structural changes in materials using X-ray diffraction.
The materials were characterized using x-ray diffraction(xrd), fourier transform infrared(ftir) spectroscopy and scanning electron microscopy(sem) methods.
Using x-ray diffraction, it was shown that nife, irmn and co layers have texture oriented fcc[111], when ta seed layer deposited, and there was no of other types of orientations.
The structural characterization andmorphological was done by using x-ray diffraction techniques, rietveld method, micro-raman spectroscopy, infrared region¿s spectroscopy techniques, field emission¿s electronic microscopy(feg) and atomic force microscopy afm.
Using x-ray diffraction techniques in 1913-1914, Moseley found that the most intense short-wavelength line in the x-ray spectrum of a particular element was indeed related to the element's periodic table atomic number, Z. This line was known as the K-alpha line.
The physical characterization was performed using x-ray diffraction, transmission electron microscopy, energy dispersivespectroscopy x-ray and x ray absorption spectroscopy techniques. materials were also electrochemically characterized by cyclic voltammetry.
From physicochemical characterization of solids were used x-ray diffraction(xrd) and infrared spectroscopy whit fourier transform ftir.
We used x-ray diffraction in order to characterize amino acid structures and thermogravimetric analysis to quantify water at the studied media.
Finally, use X-ray diffraction analysis, scanning electron microscopy and energy dispersive spectroscopy to analyze the product phase, morphology and granularity.
THETA Free lime quantification in clinkers using transmission X-ray diffraction.