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The starting temperature of the transformation decreases with increasing cooling rate.
From the figure, by increasing N/P, generally, transformation decreases which could be due to increase in size of nanoparticles.
The WAXS results indicated that the initial strain for the strain-induced β α transformation decreases with the tensile temperature according to the engineering stress strain curves.
However, as accumulation of misorientated fragments occurs during repetitive γ-α-γ cycles (Figure 1), completeness of the direct transformation decreases.
It was shown that the temperature of tetragonal-to-monoclinic transformation decreases with dopant concentration, while the crystallographic variations depend on dopant sizes.
The results demonstrate that combinations of stress and electric field drive the phase transformation and that the driving force for this transformation decreases with increasing temperature.
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Results demonstrated that characteristic temperatures of the transformation decreased as Mn content was increased.
During this period the total rate of whole BTZ land-cover transformation decreased from 28.53% to 21.91%.
Results indicate that increasing the copper dopant concentration promotes an anatase to rutile phase transformation, decreased crystalline nature and primary particle size, and better suspension stability.
The natural logarithm transformation decreased both the skewness and their variability.
As expected and shown in Figure 2c, d, this transformation decreased the variance of the HIPV measurement by about one-third.
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