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(3) The obtained results indicate that the Lira-Galeana model from the multi-solid (MS) phase category can predict more accurately the experimental data than the Ji model from the solid solution (SS) category.
The results show that PC-SAFT model can predict more accurately than the Ji model from the solid solution (SS) category and the Lira-Galeana model from the multi-solid (MS) phase category, with deviation between 2.3 % and 5.5%%.
Also, the performance of the PC-SAFT model for calculating WAT and the weight percent of wax precipitation has been compared with those obtained using the Ji model from the solid solution (SS) category and the Lira-Galeana model from the multi-solid (MS) phase category for the experimental data given in this work and given in the literature.
Also, the obtained results confirm that the Lira-Galeana model from the multi-solid (MS) phase category is capable of correlating the wax precipitation experimental data with the AADs of 11.5 %–16.8 %, whereas the Ji model from the solid solution (SS) category predicts the wax precipitation experimental data with the AADs of 19.2 % 25.3%% 25.3%
In bottom-up routs, most of the preparation techniques are based on the liquid phase category with the potential to synthesize large quantity of nanoparticles with good control of size, shape, morphology, crystallinity, composition, and surface chemistry at a reasonable low production cost [28].
In order to examine the performance of the PC-SAFT model, the wax precipitation experimental data reported in the literature were correlated using the above-mentioned models such as the Ji model (Ji et al. 2004) from the solid solution (SS) category and the Lira-Galeana model (Lira-Galeana et al. 1996) from the multi-solid (MS) phase category.
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FASTX-Toolkit [ 65] was used to split the pooled reads into separate attachment and attack phase categories, and to eliminate the tag barcodes from the reads.
If, on the contrary, we consider the stress responses time series of [ 29], the YMC phase/pulse width turn out to be positively correlated (rather than anticorrelated) with amplitude, i.e., categories appearing early in the YMC tend to be downregulated in most stress responses, while "late phase" categories tend to be upregulated, see Fig. 6(b).
That is, the data were analyzed according to the following model: where RBAsample is the observed RBA of Pb in a sample, C i, liberated is the fraction of total Pb in liberated particles of phase i, RBA i, liberated is the RBA of Pb in liberated particles of phase i, and n is the number of different Pb phase categories.
To examine the different functional clusters in these two phases, categories of the GO database were analyzed.
In the absence of such tools of precision, the wise course would be to merge the phase and category systems, putting the World Health Organization and national governments in harmony.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com