Microstructure evaluation, elemental and phase analysis of coatings before and after tests were performed using scanning electron microscopy, energy dispersive spectroscopy, and X-ray diffractometry, respectively.
In contrast, computer-based Monte Carlo simulations provide an accurate and more flexible approach to obtaining elemental standards for formation evaluation.
This paper mainly concerns with the estimation of theoretical aspects; especially on evaluation of elemental ablation parameters and signal-to-noise ratio (SNR) calculations for the designed instrument.
In Figure 4e, the spin-orbit peaks of the Zn2p(1/2) and Zn2p(3/2) binding energy for codoped Mn2O3-ZnO NPs appeared at around 1025.7 eV and 1048.9 eV respectively, which is in good conformity with the reference data for Zn [76]. Figure 4 Evaluation of elemental binding energy (eV) analysis for doped Mn2O3-ZnO NPs with MgKα1 radiation at room conditions.
SEM/EDS elemental mapping was used for evaluation of the wear patterns.
It was also used for a preliminary evaluation of the corresponding elemental distribution maps.
The XPS measurements provide further information for the evaluation of the surface elemental composition and purity of the 30 wt% SrTiO3/Bi5O7I nanocomposite.
Several studies addressing the evaluation and application of elemental labelling for ICP-MS linked immunoassays [6,21,28,60,77,85,86], for imaging by laser ablation ICP-MS (22,23,31) and other quantitative bio-analytical tasks [53,65,76,78,88] have been performed.
This paper describes the design, development, and testing of a new dosimeter for the evaluation of personal exposure to elemental gaseous mercury (Hg0).
In general, XRF provided significant information about the elemental composition, which was important for the evaluation of rFTIR as well as Raman spectra allowing the identification of several inorganic pigments.
