The phrase "a critical driving force" is correct and usable in written English.
It can be used to describe an essential element or factor that propels or motivates a particular action or change.
Example: "Innovation has become a critical driving force behind the company's success in the competitive market."
Alternatives: "a key motivator" or "an essential catalyst".
Lenny was a critical driving force in the development of the Jewish Home.
Games are structures in which people play – and play is believed by many scholars to be a critical driving force in social and cultural affairs.
The results also indicate dragging effects on microstructure coarsening, which indicate the existence of a critical driving force for grain growth.
A critical driving force behind this is the rapid development and wide deployment of wireless sensor networks, which continuously produce a large amount of real-world data for many application domains.
A computed transformation work functional combined with a critical driving force criterion and stability analysis are employed in the solution of boundary-value problems addressing aspects of martensitic transformations in a heterogeneous plastically deforming medium.
These results demonstrate the presence of a critical driving force for the migration of a faceted boundary and the remarkable effect of the crystallographic orientation on the boundary migration.
To further investigate whether a fluorescence label is the critical driving force to induce photounbinding we performed photounbinding experiments where CaM was labeled with a quencher dye, typically used in Fluorescence Resonance Energy Transfer (FRET) experiments as an ideal acceptor.
This critical driving force seems to be related to an 'intrinsic' interface drag similar to the solute drag, but based on intrinsic defects.
The observed grain growth behavior with respect to the grain boundary morphology is explained in terms of a coupling effect of the maximum driving force for grain growth and the critical driving force for appreciable migration of faceted boundaries.
The stress intensity factor at the periphery of fine granular area (FGA) ΔKFGA can be regarded as the critical driving force for crack propagating through martensite laths.
The critical driving force was lower and the growth rate was ∼10 times higher for the {1 0 0} crystal compared with the {2 1 0} crystal.
