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Based on the physical and chemical properties in conjunction with SEM, EDS and setting time analyses of the synthesized material, it is perceived that the hydrothermal method successfully produces a CO2-stored cementitious material.
Additionally, the hydrothermal method successfully produces a cementitious material utilizing the aqueous carbonated lime.
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The fabrication method successfully produced models with an oscillating pattern of imperfections and these imperfections had a severe effect on the buckling strengths as revealed by the buckling tests and nonlinear finite element analyses (FEA).
As can be seen, both dip coating method and solvent evaporation method successfully produced immobilized titania on pumice with good mechanical strength (%catalyst detachment < 10%).
The experimental methods successfully produced data with acceptable levels of variability, discernable soil property differences between systems, and unambiguous relationships between soil properties.
Both methods successfully produced not only sol with high level of stability, but also mechanically strong immobilized titania on pumice.
We adapted the STAARCH fusion method to successfully produce a time-series of disturbances with high overall accuracy (89 92%) in mixed forests in southeast Oklahoma.
ITO, WO3, Ta2O5, NiO and Ag thin films were prepared by magnetron sputtering method, and successfully produced all solid-state electrochromic thermal control thin film on substrate glass by magnetron sputtering.
A desirable agreement achieved in experimental results and predicted pressure volume temperature (PVT) properties by the modified equation of state (EOS) in the CVD and CCE tests indicated that the proposed recombination method can successfully produce a fluid with the same phase behavior of initial reservoir fluid with an acceptable accuracy.
Contrast values were subsequently reanalyzed using the PI software to determine whether the contrast method had successfully produced statistically independent results.
Although chemical and physical methods may successfully produce pure, well defined nanoparticles, these are quite expensive and potentially dangerous to the environment.
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CEO of Professional Science Editing for Scientists @ prosciediting.com