Sentence examples for conductor systems from inspiring English sources

Driven by the rapid variation in ionospheric currents, induction electric fields on the ground produce geomagnetically induced currents (GICs) in man-made long conductor systems.

Similar to land, the long electrical conductor systems such as submarine cables and pipelines are installed on the seafloor and coastal area.

This is so-called geomagnetically induced current (GIC), which can yield damages to pipelines, railways, cables, and other architectures which have long electrical conductor systems.

From the results obtained in the experimental work, it is apparent that the new modelling approach to conductor systems in wind tunnels is a valid technique.

Geomagnetically induced currents (GICs) are related to rapid variations of the geomagnetic field (see Fig. 27) and are observed in different technological conductor systems such as power grids and oil and gas pipelines (Boteler et al. 1998).

The surface electric field is needed e.g. in modeling Geomagnetically Induced Currents (GIC) that flow in man-made conductor systems, such as gas and oil pipelines or high-voltage power grids.

In this paper, we consider a multi conductor system for the transport of electric energy.

At last the geometrical layout of the multi conductor system will be optimized using a genetic algorithm.

The criterion for the optimization process is the minimization of the global electric losses of the multi conductor system.

Once the geoelectric field is obtained, one can calculate the resulting GIC in the conductor system after obtaining a dc model of it.

This indicates that the solution is reasonably accurate given the complexity of both the downburst wind field and the structure behavior of the conductor system.