Sentence examples for high electric current from inspiring English sources
The phrase "high electric current" is correct and usable in written English
It can be used in contexts related to electrical engineering, physics, or discussions about electrical systems where the intensity of the current is significant. Example: "The circuit was designed to handle high electric current without overheating."
The effect of a high electric current density on the interfacial reactions of micro ball grid array solder joints was studied at room temperature and at 150 °C.
The resulting deeply demineralized diluate may be then treated under alkaline conditions in the second step, when high boron transport rate as well as high electric current efficiency are suspected, without alkaline scaling risk.
A new type of high electric current sensor based on the correlation between the electric current intensity and the shape of the free surface of a magnetic fluid around a vertical linear conducting wire is presented.
Understanding the mechanical degradation of microelectronic solder joints under high electric current stressing is an important step to develop a damage mechanics model in order to predict the reliability of a solder joint under such loading.
Electrocharging assisted process is a method for the incorporation of carbon in molten metals under high electric current which results in the formation of networks of carbon nanostructures inside the metal matrix, and gives the new material improved mechanical, electrical and thermal properties.
The electrospinning process began when a high electric current was generated from the power supply.
The RE-123 tapes represent the most advanced product in the field of high temperature superconductors, developed for transport of high electric currents.
The elevated baseline was found not to be caused by incomplete suppression of the eluent, but was attributed to chemical reactions involving the organic solvents and facilitated by high electric currents and heat generation.
Other theories suggest a process called carrier leakage, in which at high currents the carriers start to spill away from areas of high performance, or another process, called carrier delocalization, where electrons simply fail to find a paired hole at high electric currents because they are pulled away from the active region where electrons and holes are supposed to recombine and emit light.
Since we have only a highly conductive copper wire, even such a small potential difference lead to high electric currents and dissipated heat, JOULE's loss.
By 1800, Volta discovered how to create high electric currents, using two arrangements of conductors: one a pile of silver and zinc discs separated by cardboard moistened with brine; the other a series of glasses containing saltwater and connected with bimetallic, curved electrodes.
