Sentence examples for highest temperature data from inspiring English sources

The regression of ln K (4) vs. 1/T for the ZrO2-NaOH-H2O fluids is divided into high density and low density (Fig. 6) because the three highest temperature data points for this composition were recorded at a lower pressure as the result of extensive deformation of the sample hole of the Ir gasket (see also Table 1 and Fig. 1).

Both models calibrated with the high temperature data under predict measured rates at 25°C.

Nevertheless, for specific applications some improvement in High Temperature Data Retention (HTDR) characteristics is needed.

Low pressure, high temperature data can be fit by a first order reaction rate expression.

Diffusion coefficients were too high - more than 103 times higher compared to the values obtained by extrapolation to high temperature data at temperatures below 0.5 of melting point.

High temperature data, beyond the diffusion controlled range, was used to fit the kinetics to an autocatalytic rate equation to determine the chemically-controlled rate constants.

The high temperature behavior of longitudinal (shear) wave velocity for SrX (X = O, S, Se, and Te) can be considered as predictive studies as they cannot be compared due to unavailability of high temperature data.

The high temperature behaviour of longitudinal (shear) wave velocity for SiC can be considered as predictive studies as they cannot be compared due to unavailability of high temperature data.

The decay in total power density observed in the higher temperature data was attributed to the Si-ncs undergoing Ostwald ripening and restructuring in the silicon nitride host matrix.

The high temperature data in the final portion of the experiment atT > 1,100 K shows a complete merging of nano-Ni and micron-Ni in terms of stress/strain levels, reconfirming the stress-free states defined in the preceding paragraph.

The model, which is based upon available thermodynamic and kinetic data as well as key density functional theory calculations, shows that nano-oxide nucleation and growth are highly driven and that pipe diffusion is the dominant mode of their coarsening, in agreement with previous analyses of experimental high temperature data.