Sentence examples for influence of practical from inspiring English sources

The influence of practical factors comprising excitation fluence, exposure time, dopant concentration, cooling down time and atmosphere composition, on measurement accuracy and sensitivity are also reported.

Compared with the prior approach of expressing this component in terms of the action potential morphology at an infinitesimal point (2, 19), UEGLS is better suited to assessing the influence of practical considerations such as electrode size and placement, local tissue structure, and the localized spatiotemporal distribution of activity.

The new expression for the UEG's local component provides a means of understanding the influences of practical considerations on the morphology of these recordings and the reliability of any measures derived from them.

Some of those on the list are known for their influence on practical matters; others advanced ideas.

There is also no consideration of the mechanism by which 'social influence' occurs: social influence via the transmission of practical knowledge regarding suicide methods might have quite different consequences to social influence via the emotional effect of a close friend's suicide.

The influences of some practical considerations on the RMS (root mean square) of the generated electric power are discussed.

The influences of some practical considerations, such as the width of the piezoelectric bar, the speed of vehicles, and the class of the road roughness, on the root mean square of the generated electric power are discussed.

The influences of some practical considerations, such as the geometry of the tapered cantilever and the width of piezoelectric patches on the root mean square of the generated electric power, are discussed.

The influences of some practical considerations, such as the rotational speed of the wind turbine and the stiffness of the springs, on the root mean square of the generated power are discussed.

The influences of some practical considerations, such as the mass ratio of the proof mass to the main structure, the ratios of the length and flexural rigidity of the cantilever to those of the main structure, on the root mean square (RMS) of the generated electric power and the energy harvesting efficiency of the piezoelectric harvester device are discussed.

The influences of some practical considerations, such as the length of the cantilever, the radius of the proof mass, and the wall thickness of the main structure, on the root mean square (RMS) of the generated electric power and the energy harvesting efficiency of the piezoelectric harvester device are discussed.