Sentence examples for phases resulting in a from inspiring English sources

These sub-micrometer Mg3Zn3Y2 particles bring about dispersion strengthening to Mg12ZnY phases, resulting in a synergistic strengthening of Mg12ZnY phase and Mg3Zn3Y2 particle in the alloy which has the Y/Zn atomic ratio equal to or larger than 1.

During synthesis of CML T composites, it was observed that with the increasing concentration of TEOS, the yield of the hybrid (CML T composite) also increased proportionately in comparison to the control (without TEOS), possibly due to the increased interaction between organic and inorganic phases resulting in a high degree of agglomeration for gel formation during sol gel reaction.

Those post-annealed at higher temperature, 700 and 900 °C, show possible formation of tetragonal- t-) and ortetragonal- t-) spinel phands resulting in a c/t/orthorhombic- o- well as precipitates orthorhombic- o-xide nanorodspinelhe film surface.

This is likely due to the analyte ions being present in only one of the aqueous phases, resulting in a single-pair of peaks in a voltammogram.

With the iQ Multiplex Powermix the amplification curves for all targets had relatively small exponential phases, resulting in a small range for determining the most optimal threshold.

Moreover, supporting a robust set of symbols removes the requirement of wildcard elimination and restoration phases, resulting in a complexity of O(n) for execution time, making this algorithm suitable for very large data sets.

This included both lag and growth phases resulting in an average number of doublings of 7.75 (median 7.83) with a standard deviation of 0.45.

Combining the auto-built model phases with density-modified phases resulted in a sudden increase in the mean phase error to ~70°.

Altering between argon/N2 (20/80) and 100% argon phases resulted in a maximal hydrogen production at hour 128 (100% argon phase) with 6.2 mL H2 L−1 h−1, 0.71 mL H2 mg chlorophyll a−1h−1, and a light energy efficiency conversion of 4.0%.

The interaction of infiltrating groundwater with these clinker phases resulted in a portlandite-buffered hyperalkaline leachate plume, which migrated into the adjacent biomicrite host rock, resulting in the precipitation of hydrated cement minerals.

Compared to standard culture and production conditions in isotonic media, the shift from high to low osmolality between the two phases resulted in a two- to three-fold increase in virus yields.