Sentence examples for electrical fields generated from inspiring English sources

We finish by proposing a future experimental paradigm designed to determine what monkeys see when stimulation is delivered to V1, by assessing how electrical fields generated through multiple electrodes interact for the production of phosphenes, and by depicting a V1 circuit that could mediate electrically induced phosphenes.

It further assumes that the electronic structure of the metal atom is altered by the electrical field generated by the surrounding negative charges (the ligand field).

Compared to the planar electrode, the 3D electrode structure allows it to transmit a large DEP force to the biological samples due to the high gradient electrical field generated between the 3D electrodes [1].

In our modeling, F consists of two components: one is the deterministic DEP force due to electrical field generated by the electrodes; while the other is the random force induced by thermal noise in the surrounding medium.

The U.S. Army Corps of Engineers is investigating whether the electrical field generated by the underwater barriers designed to keep Asian carp out of the Great Lakes has extended into adjacent land near the barrier site in Romeoville….Initial findings indicate that the electrical field has "gone beyond the parameters of the site", the Army Corps said late Monday.

Note, this model does not require that the neurons generate action potentials; it only assumes a stereotyped profile fi(t) for the electrical field generated by each neuron which repeats at times tki (see Fig. 2).

The vector orientation indicates the direction and the vector length the intensity of the electrical field generated by the heart.

As the electrical field generated by neural activity is very small, it can only be recognized by EEG if large assemblies of neurons show a similar behavior.

In the Au/Co3O4/ITO device, the applied electrical field generates the drift motion of the oxygen ions, thus inducing the local reduction of Co3O4 with the formation of metallic conducting filaments.

The result is extra energy losses caused by the electrical and magnetic fields generated, as well as by the heat produced in the process.

We developed a 3D finite element model (FEM) in order to compute the electrical potential field generated in a conductive medium (Ringer only or Ringer and neural tissue) by an electrical stimulation.