Sentence examples for more crystalline phase from inspiring English sources

57Fe Mössbauer only accounts for the solid mineral fraction; therefore as the more poorly crystalline phases are dissolved, the relative amount of more crystalline phase increases which could be interpreted as an increase in crystallinity, as seen in our data.

Moreover, the higher the input heat energy, the fewer IQC and the more crystalline phase the coating contained, for not only HVOF but also LPAPS.

One or more crystalline phase(s) of PCC is associated with ACC in each product and its nature depends on the conditions used in the synthesis of these products.

We hypothesize that there is no more crystalline phase existed; however, it may also be possible to claim that there might be less than 5 wt% from which it could be inferred that the dominant phase of samples is amorphous.

Especially, when m equaled to 1, a much more crystalline phase was formed in that a new sharp diffraction peak at 7.45° and a new peak at 12.6° appeared, electrical conductivity as high as 27 S/cm was obtained, and the diameter of cPANI particle in the dispersion was reduced to 42 nm.

These are that (a) no further ACP can form, (b) the sequestered ACP does not mature into a more crystalline phase and (c) the solution is not in contact with a crystalline calcium phosphate.

Fires in ASS landscapes can thermally transform Fe III) minerals to more crystalline phases, such as maghemite (γFe2O3).

Poorly-ordered Poorly-ordered Fe IIIs, such as 2-line ferrihydrite, are of primineralphasesce asuchese phases have the highest surface area and reactivity compared to more crystalline phases [9, 15, 23, 28, 29].

The X-ray diffraction (XRD) pattern of the as-prepared polymeric powders revealed the presence of more crystalline phases in PDPA H2SO4.

Culture studies with marine diatoms [28, 29] have shown that freshly-prepared, poorly-ordered Fe oxyhydroxides (primarily ferrihydrite with grain-sizes 2 16 nm) can supply Fe for cell growth but more crystalline phases (akaganeite, goethite and hematite) are not bioavailable.

The EVA40consists of more plastic (crystalline) phase and hence the nanofillers find it more difficult to disperse and hence form relatively more agglomerations, whereas in high vinyl acetate grades, the amount of free volume is more and hence the fillers can disperse relatively easily.