Based on various indications, we suggest the presence of mechanical forces due to electrical current changes.
We calculated the MT responses using only nighttime data (00 00 04:00 local time) to avoid artificial noise due to electrical power lines, buildings and leakage currents from DC electric railways.
The equation for each compartment k (1,…, 5) is (3) C E k d V E k d t = I a p p, E k − I N a, E k − I K, E k − I L, E k − I h, E k − I A, E k − I s y n, E k + I c o n n, E k, where Iconn, E k is the current due to electrical coupling between compartments.
The analysis of the in-plane current density gradients shows the contributions due to electrical conduction, oxygen diffusion and membrane resistance in an explicit form.
Wear due to the sliding contact between a pantograph strip and the contact wire of a railway overhead line has three main contributions: (i) a mechanical one, due to friction, (ii) an electrical one, due to current flow at the contact area and (iii) that due to electrical arcs related to the power dissipated during arc generation.
It is shown that short circuit current (Jsc) of the devices increases with nanostructuring of ZnO due to electrical and optical gains.
due to electrical losses (mainly perimeter recombination).
Superconductors are materials that lose all resistance to electrical currents at ultracold temperatures.
The pain threshold to electrical current was determined using a computer controlled constant current stimulator (Amlab International Pty Ltd ,NSW 2113, Australia).
Due to Hall currents, the electrical conductivity of the fluid becomes anisotropic and this causes the secondary flow.
