Sentence examples for appreciable performances from inspiring English sources

Finally, simulations on the nonlinear Core model show appreciable performances which comply with the specified requirements.

To this purpose aliquots of Cu-NPs mixed to four types of commercially available consolidant/water-repellent products have been applied to different stone and plaster surfaces located in the archaeological area of Fiesole, and their behaviour has been evaluated for more than two years, showing appreciable performances [8].

The stack successfully runs with end-off fed hydrogen without appreciable performance degradation during the time.

Regarding the fuel types, the PFC exhibited appreciable performance for both alcohols and saccharides.

Although LiFePO4 modified LiNi0.5Mn1.5O4 delivered appreciable performance in elevated temperature (55 °C), but it is not sufficient for the practical applications.

Overall CO conversion of 83% and adequate temperature control at three different applied operating temperatures of 220 °C, 230 °C, and 240 °C subsequently during the 139 h FT reactor operation demonstrated the appreciable performance of the present microchannel FT reactor designed.

Such switched capacitors are employed to develop phase shifters working in K-band (22 GHz) frequency range to yield appreciable performance both in terms of electromechanical and RF characterizations.

In the sequel, based on a successive approximation (SA) principle, we present a novel quasianalytical solution of the optimization problem which is simple and the associated algorithm is computationally efficient compared to Algorithm 1, exhibits remarkable convergence properties, and achieves distortion very close to the global optimum of the Algorithm 1 with no appreciable performance gap.

It is observed that the drag models by Tenneti et al. (2011), Rong et al. (2013), and Gidaspow (1994) ensure appreciable performance for Geldart-D particles; for Geldart-B particles, the models by Tenneti et al. (2011) and Gidaspow (1994) exhibit satisfactory performance.

The models by Beetstra et al. (2007) and Cello et al. (2010) are able to give appreciable performance only in predicting the bubble evolution, and even that at very early time instants, when the maximum solid volume fraction in the bed is about 0.60 (which is smaller than the maximum packing limit of 0.63).

This indicates that the benefit from using TBXO when concurrently using BP is highly statistically significant, but there is little evidence to suggest using TBXO with the standard GE crossover alone results in any appreciable performance gains.