Sentence examples for more efficient experimental from inspiring English sources

We suggest that, based on these results, a potentially more efficient experimental procedure can be designed.

Efficiencies of real experimental designs are computed and suitable more efficient experimental designs, satisfying experimental demands are also proposed.

Exogenous variables work as triggers that activate causal chains in the model, and their identification leads to more efficient experimental designs and better understanding of the causal mechanism.

These results demonstrate that the two-start design is a more efficient experimental approach, and its widespread implementation in drug optimization programs will impact upon the selection process for candidate drugs with regards to time, cost, and animal usage.

This method could also assist in designing more efficient experimental protocols, since all channel parameters (gating variables, time constants and maximum conductance) could be determined from a single voltage step.

This calls for a large-scale investigation, using a more efficient experimental design based on the various observations made throughout this study regarding the choice of the graphic shapes, the number of repetitions and the features to analyze.

It was shown that high-throughput experimentation in combination with experimental design leads to more efficient use of experimental resources in addition to a more in depth understanding of catalytic systems.

Obtaining fundamental variables has critical importance in solving engineering problems, and analysis of experimental data aids more-efficient experimentation.

Compared with [32], when R and w are higher, GAC would be computationally more efficient, and our experimental results also validates the efficiency of GAC against the model by Hirsch et al. [32].

These findings indicate that bird se1 reacted differently than the experimentally infected birds, and it may have been more efficient than the experimental cohort in combatting the infection.

Using an ANOVA model, sleep was significantly more efficient in the experimental arm than in the control arm when daily differences from baseline sleep efficiency values were averaged and compared (F = 4.17, P = 0.053).