Sentence examples for experimentally understanding from inspiring English sources

In this regard, theoretically and experimentally understanding the catalyst electrolyte synergy at the interface is challenging, but it can allow one to carefully select the optimal operating conditions (e.g., catalyst's crystal structure, cations, anions, pH) to design efficient electrolyzers.

Resonant frequencies of the cantilever beam, including bending, torsional, and lateral modes, are also obtained beforehand numerically and experimentally for understanding behaviors of the disturbance-induced vibrations.

These predictions are not surprising for the assumed optimal growth objective, given the experimentally supported understanding of cellular redox in C. beijerinckii.

It is as digital representations of the environmental, social or biographical aspects of 'nurture' that epigenomic profiles enable the molecular, and at times also experimentally tractable, understanding of living beings.

The analysis shows that the induced pressure distribution is the key to understanding the experimentally observed phenomena of leakage flows.

These studies established graded Shh signalling in the neural tube as an experimentally tractable system for understanding the molecular mechanism of morphogen action.

While progress has been made in elucidating the interplay between ions specifically by accumulating data on the relevant transporters experimentally in Arabidopsis [12], [13], understanding the more intricate features of pollen tube development requires the development of a model at a systemic level [12].

The ability to track these transitions experimentally has often proved useful in understanding molecular mechanisms.

The current work aims at understanding how the experimental conditions used in DIC influence the crack-tip information extracted experimentally.

Naturally selected amino-acid sequences or experimentally derived ones are often the basis for understanding how protein three-dimensional conformation and function are determined by primary structure.

But are these other fish species – which are often experimentally less tractable than established models – useful for understanding human diseases?