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Apparently, the relative volume fractions of amorphous phases decrease with an increase of annealing temperature.
With increasing the Ni content of the elemental powder blends, grain size and volume fraction of the Ti5Si3 primary phases decrease significantly.
On the other hand, in the second example, the domain size growth follows the usual t1/3 scaling only until the symmetry among the three phases breaks down and the domain size of two of the three phases decrease sharply.
The cyclic voltammetric parameters for the TCNQ0/1− couple were indicative of a unusual quasi-reversible phenomenon in which cooperative interactions in partially reduced or oxidized surface phases decrease the thermodynamic driving force for the phase transformation.
The abundance of the La(La, Mg 2Ni9 phase decreases with increasing cerium content whereas the LaNi5 phase increases with increasing Ce content, moreover, both the a and cell volumes of the two phases decrease with the increase of Ce content.
The stathmokinetic approach employed relies on the principle that if cell cycle progression is blocked in a certain phase, the proportion of cells in that phase will increase, whereas the proportions in other phases decrease, and that the rate of change of these proportions are a function of culture cycle time.
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The hardness of all phases decreases with increasing temperature.
The volume fraction of the intermetallic phases decreases significantly with slightly decreasing the Cu and Ni content.
Not only is the extension postponed but also the number of phases decreases when the interest rate increases.
The average grain size of the crystalline phases decreased with an increase in ultrafine alumina powder additive.
The calculated relative stability of considered bulk phases decreases as α > γ > β.
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