The phrase 'more practically useful' is correct and usable in written English.
It is typically used to compare two items or ideas and describe which one is more beneficial or advantageous in a practical manner. For example, "This new financial strategy is more practically useful than the previous one, as it allows us to save money in the long run."
These features make our approach of SRNIL with MCEE more practically useful than other approaches published previously.
This represents a simplified testbed for the more practically useful multi-axis line-of-sight inertial stabilization systems.
Such a laboratory system represents a simplified testbed for the more practically useful line-of-sight stabilization.
Our findings in this work may provide a better understanding and design methodology for developing more practically useful electrocaloric materials.
Finally, the annotation of named entities, although a key step, is only the first task for the subsequent extraction of more practically useful information, such as chemical interactions.
Thus, taking into account radioactive decay, a shorter reaction time of 5 min would ultimately give higher activity yield (Table 1, entry 8), and would be more practically useful in a clinical scenario.
It should be noted to this end that investigations of flow and heat transfer problems with convective boundary conditions are very attractive and unique, since they are more realistic and practically useful than those with commonly used conditions of a constant surface temperature or constant heat flux.
It is necessary to go further than just defining concepts, breaking them down into conceptual elements which are more directly and practically useful for research and for analysis for decision-making (Magnus et al. 2007).
To date, however, few studies have attempted to apply different costs to alcohol crashes of different severity, to provide more precise, and practically useful, data on which to base public health policy and intervention decisions.
Our goals in undertaking the present study were two-fold: first, to evaluate the results of arraying two discrete, artificial transcriptional control systems in contrast to the results obtained with each system in isolation; and second, optimally, to develop a reagent system that is practically useful in achieving more fine control of gene expression.
By using non-standard quantile functions, many resulting distributions in the T-R{Y} family will have more than five parameters, which are not practically useful (Johnson et al. 1994, p. 12).
