Exact(10)
The XRD analysis was confirmed by X-ray Fluorescence (XRF) measurements on the bulk powder (Table 3).
The summarized results for diamond powder (Table 4) indicate that this nanomaterial possesses sufficient low surface energy γsv = 33 mJ/m2, and it is consistent with the critical surface tension data (Fig. 3).
The k′ values for the reactions using aluminum casing and foil were largely similar to that for aluminum powder (Table 3), which indicates that the Arrhenius equations can be applied to any form of aluminum material.
The objective was to assess the mechanical performance of concrete that contained aggregates, the adhesion quality of which was improved by coating the surface of the original aggregates with an inorganic powder (Table 1).
Under similar reaction conditions, hydrogen production from the reaction with aluminum powder (Table 1) was higher than that using both aluminum foil and casing, which is very likely due to the difference of specific surface area between these materials.
Fig. 4 FTIR spectra of (a) as-spun PVDF/γ-Fe2O3 fibers and (b) PVDF powder Table 2 FTIR peak assignments for the PVDF/γ-Fe2O3 fibers Wave numbers (cm−1) Functional groups and crystallites 3020 C H stretching 1401 C H deformation 1180 C F stretching 1072 878 840 β-crystal of PVDF.
Similar(50)
All powders, Table 1, were used as received and added by weight.
A considerable amount of metallic cobalt was also found in the as-burned powders (Table 2).
The same value was obtained for the whole series of milled and annealed Mg2Ni powders (Table 1).
Hausner's ratio is related to interparticulate friction and varies from about 1.2 for free-flowing powders to 1.6 for cohesive powders (Table 5) (Lachman and Lieberman 1990).
To synthesis nanobiomaterial, different weight percentages of the powders (Table 1) were mixed with sodium silicate and for more homogeneity, powder mixtures were milled in a polymeric ball mill at the speed of 400 rpm.
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