The phrase "a better capability of" is correct and usable in written English.
It can be used when discussing improvements in skills, functions, or abilities in a specific context.
Example: "The new software provides a better capability of processing large datasets quickly."
Alternatives: "an improved ability to" or "enhanced capacity for".
A parametrical study shows that the proposed cycle has a better capability of adaptation to a wider temperature range of heat source conditions while maintaining a better performance.
In contrast to this, the energy parameter indicates BTPTT molecule has a better capability of accepting charge in gas phase and the orbital parameter indicates BTPTT molecule has also a better capability of accepting charge in liquid phase.
A larger electroaccepting value corresponds to a better capability of accepting charge, whereas a smaller value of electrodonating value of a system makes it a better electron donor [47].
It follows that a larger ω+ value corresponds to a better capability of accepting charge, whereas a smaller value of ω− value of a system makes it a better electron donor.
Basically, if a node connects to other nodes that have more states compatible to its own, then the node has a higher CSD (for example, see Fig. 2), which may indicate that the node has a better capability of integrating available resources in the system.
The results of Experiment 2 suggest that magicians do not benefit from a better capability of imagining the objects to be grasped in the pantomimed task.
We conclude that GA-PLSR modeling has a better capability for the prediction of the low heavy metal concentrations from VNIR reflectance, and it has a potential of transferability between different land-use types, and its accuracy is fundamentally influenced by OM.
The WT has a better capability to model the details of unvoiced sound portions.
On the other hand, the elevated lymphoproliferative response from poultry growers could be interpreted as a simple consequence of a better capability to respond or even a greater clonal expansion determined by continuously exposure to fungus.
In terms of advanced damage mechanics, more failure modes observed in experiments were included in prediction models, for instance, failure in out-of-plane directions, yarns/matrix interface, non-linear shear failure modes, etc. Continuum damage mechanics based on fracture energy showed a better capability to evaluate internal damage states of braided composites.
With higher horizontal resolution, the BCC_CSM1.1-M has a better capability in reproducing the annual evolution of surface air temperature over China.
