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The steam existing in flue gas, at one side, is believed to accelerates surface area and porosity reduction and enhances sintering of CaO[9], while at other side,is believed to have a significant positive influence of water or steam on carbonation[10][11].
A computer was used in this system to record the data from gas analyzer and thermocouples, and give exact value of gas flow rate to MFC.

On the basis of the tribology properties and the data of the results,The best result was recorded at a weight fraction of (3% for HA, 5% for Clay, 4% for AL2O3 and 4% for ZrO2) less than the pure sample.
On the other hand, increases in the nanopowder weight fraction may result in a reduction in the properties of the prepared composite system.

Furthermore, this event decreased the amount of amikacin-modified N,Zn-CDs, leading to a reduction in fluorescence intensity [32].
These data demonstrate that 0.1 mL of amikacin with a modified N,Zn-CDs structure attaches to E. coli effectively, regardless of its concentration.

This investigation further served to escalate a reduction in scaling-related issues by the dynamic response of the full-scale structure.
While concrete silos were more popular in previous years, according to the large industry supplier data, steel silos are available only for very small storage, up to 100-ton capacity.

The orientation action in the blood flow due to the increase in the values of the mass parameter, causes the red blood cell to be suspended in plasma which increases the internal blood viscosity and hence a decrease (reduction) in blood velocity.
In such environment, with the objective in mine to examine the influence of some physical parameters on the flow behavior of blood along with nanoparticles, we have taken a specific numerical study of blood flow by considering physiological data from the existing scientific literature.

Fractional calculus, according to [1,2,3] has opened its wings even wider to cover the dynamics of complex real world phenomena and new ideas are beginning to be implemented and tested on real life data.
This study leads to various applications particularly in the medical sciences which include transportation of drugs using magnetic particles as drug carriers for targeted drug delivery, cancer tumor treatment, and reduction of blood flow during surgery by the application of exterior magnetic field [6-9].

The energy principle used for boundary movement states that the excess surface energy variation of the GB, due to its area reduction, is entirely dissipated by viscous friction during the motion.
The change of slope in the experimental data above f = 3%, may be the result of particles no longer being predominantly at grain boundaries but many more at triple edges and four grain corners.

This lack of data for the pure metals makes it more difficult to identify the diffusion characteristics of individual metals without the complicating influence of multiple element diffusion.
In the case of CaO-BaO-MgO-Al2O3-SiO2 glass-ceramics alternative reactions have been noted including formation of MgCrO4 and Ca3Cr2Si2O8 precipitates, as reviewed by Fergus [9], whilst for compositions which contain ZnO or PbO reduction to the metallic state, which will be liquid at the cell operating temperatures, has been observed [13, 36].

The data were documented by the use of internally available (in built) software, and each experiment was repeated thrice to check the reproducibility. 2.8 Mechanical properties of coatings Adhesion strength was evaluated by the standard scratch tester and indentation using a Universal Instron Mechanical Testing system (Instron 5565, Instron Co.)
The data were reported separately for each well by an ELISA reader (Spectra Max 190-microplate reader-Molecular devices).
The nobler shift in the Ecorr and considerable reduction in the Icorr of the 316L SS due to the PCL and F-HAp/PCL bilayer coatings is observed from the analysis of potentiodynamic polarization curves.
Thus the impedance data are well in accordance with the polarization results.
The mean (M) and standard deviation (S.D) values are also calculated in order to find the statistical significance of the data of F-HAp, PCL and F-HAp/PCL bilayer coatings on 316L SS for each of these culture periods.

The equilibrium adsorption data were fitted to the linear equation of Langmuir model (Eq. 4) and Freundlich model (Eq. 5) which are respectively expressed as follows:[37] Ceqe=1qmKL+Ceqm (4) lnln qe =lnln KF +1nlnln Ce (5) where Ce is the equilibrium concentration of adsorbate (mg/L), qe is the amount of adsorbate adsorbed (mg/g), KL is the Langmuir adsorption constant (L/mg), qm is the maximum amount of adsorbate per unit weight of adsorbent (mg/g), KF is the Freundlich adsorption constant (mg/g (L/mg)1/n), n is a dimensionless constant that represents the adsorption intensity related to the surface heterogeneity. 3.
These data indicate that activating agents developed an additional porosity, especially microporosity, in the carbon studied.
The capacity adsorption of BB and EY followed second order kinetics and the equilibrium data of adsorption was in good agreement with Freundlich's isotherm, for each activating agents are H3PO4, NaCl and KOH respectively.
Bouallagui, Reduction of adsorbed dyes content in the discharged sludge coming from an industrial textile wastewater treatment plant using aerobic activated sludge process, J.
Data Collect. 28 (2020). https://doi.org/10.1016/j.cdc.2020.100426