Sentence examples for evolution of the conditions from inspiring English sources

Therefore, the cost advantages that can be achieved with predictive maintenance justify research in monitoring techniques that can indicate the evolution of the conditions before a failure occurs.

Thus, atmospheric trajectories can also be calculated for multi-station events by following the planes intersection method (Ceplecha 1987) and, so, the evolution of the conditions in meteor plasmas as a function of height (and not just as a function of time) can be analyzed.

The NP symptom experience and the evolution of the condition are highly idiosyncratic with individual experiences varying widely between patients [ 1, 6].

Furthermore, information on disease history (such as age of onset of asthma or amount of maintenance therapy), management, ventilation strategies, complications and detailed evolution of the condition within the ICU stay are not collected as part of the CMP.

Although only a half of PCD patients have situs inversus, the rest having the so-called 'partial Kartagener's syndrome', our analysis makes clear that the symptoms of PCD-SI and PCD-SS are the same, and the evolution of the condition with age is also the same.

Although the evolutions of the conditions at the Sages and Bachman sites are described in more detail in Mravik et al. (2003) and Ramsburg et al. (2004), respectively, we provide a summary below to facilitate analysis of the observed stimulation of microbial reductive dechlorination after physical chemical treatment.

The results indicated that the evolution of the geological conditions was primarily controlled by the vertical distribution of the coal strata, the hydrogeological conditions, and the tectonic stresses.

The evolution of the physical conditions within the prominences was established from Hα and magnetic field observations.

Intrinsic causes of the random behaviour are the difference and evolution of the microstructural conditions ahead of the dominant crack tips.

This paper summarizes the results from microbial analyses of post-termination PC water and overcore clay samples, conducted to attempt to elucidate the role of microbial activity in the evolution of the geochemical conditions in the PC experiment.

Combining the non-steady-state interface conditions with the present model and the model of Ludwig, the non-equilibrium transients after temperature perturbation were studied to show the evolution of the interface conditions, where the quasi-steady-states are reached after a very short time span (10−10 s).