Sentence examples for application of electrical currents from inspiring English sources

The controlled application of electrical currents into the body provides both therapeutic and functional benefits.

Within this context, electrical stimulation as a therapeutic strategy for cartilage repair has been little investigated [ 6, 25, 26] and knowledge about the response of cartilage tissue of different anatomical origins to treatment with physical agents, particularly the application of electrical currents of different intensities and for different periods of time, is scarce [ 25, 27].

However, the application of electrical current was observed to increase the standard deviation of the length distribution, and to generate longer whiskers.

The distribution-based data showed a reduction in whisker density due to annealing and/or the application of electrical current for both bright and matte tin.

An investigation undertaken using a quartz crystal microbalance revealed that ZnO started to deposit immediately after the application of electrical current at 100 μA cm−2, and that it grew linearly to ca .

Neuromuscular electrical stimulation (NMES) is the application of electrical current to elicit a muscle contraction and seems to be helpful for strengthening the muscles.

Seizure-induction by application of electrical current to the human brain was introduced by the Italians Cerletti and Bini in 1938 [ 4].

NMES is a safe application of electrical current that stimulates the injured neuromuscular system in an attempt to reacquire or improve function [ 30].

With the application of various electrical currents up to 7 mA at a fixed length, conductivity was enhanced from around 25 S/m to higher than 800 S/m, and composite fibers were stabilized in air.

Application of voltage to BLM doped with permeating ion led to appearance of electrical current that was maximal immediately after application of voltage (100 mV), and spontaneously decreased over time to zero (a current relaxation process in millisecond-to-second time scale [32], [33].

The flow of a pulse of electrical current together with the application of a suitable torsional strain gives rise to the axial magnetization process.