Sentence examples for fractional lead from inspiring English sources

Labour still holds a fractional lead in the polls.

At 40m Gatlin - banned twice for doping offences - held a fractional lead but Bolt, as so many times before, was about to pull away as no other sprinter in history has.

Additional problems that occur if predicting PbB from environmental lead by biokinetic modeling include a) uncertainty regarding the fractional lead absorption by young children; b) questions of bioavailability of specific environmental sources of lead; and c) variability in fractional absorption values over a range of exposures.

When modeling sound propagation, the use of fractional derivatives leads to models that better describe observations of attenuation and dispersion.

In this paper, a method for auto-tuning of a fractional order lead-lag compensator using relay feedback tests is proposed.

When modeling sound propagation, the use of fractional derivatives leads to models that better describe observations of attenuation and dispersion [7].

Replacing the standard time derivative with a time fractional derivative leads to the time fractional diffusion equation, and it can be used to describe superdiffusion and subddiffusion phenomena [1 10].

However, the Riemann-Liouville fractional derivative leads to a conflict of interest between the well-established mathematical theory, such as the initial value problem of fractional order and non-zero problem related to the derivative of a constant.

A detailed analysis of the associated trace space, which is a subspace of a scaled Sobolev space of negative fractional order, leads to a new path space for the free field as well as to a convenient regularisation method.

The results demonstrate that the nonlinear effect caused by the fractional order leads to the change of the propagation characteristics of envelope gravity waves, the construction of fractional model has far-reaching significance for the research of nonlinear propagation of envelope gravity waves in actual atmospheric and ocean movement.

Contrary to the traditional system order reduction methods which, because of reducing the system order, also reduce the number of its parameters, the use of fractional models leads to models using only very few parameters, but of infinite dimension, because of their "long memory" characteristics.