The Electric Potential
Generated by the Active Control Loop.
The peeling stresses generated by mechanical load at the free edges were significantly reduced by applying a proper electric potential
. The present method could serve as an efficient tool for reducing the free edge peeling stresses and extending the service life of laminated composite structures.
which indicates that for [beta] [right arrow] [infinity], our expression reduces to the electric potential
of black string in EMd gravity .
Actually, the matrix (I - U) is singular which indicates the fact that the electric potential
is defined only up to an additional constant.
where [DELTA][V.sub.x,m] is the difference of electric potential
between two vertices of one of the four edges in the x-direction and [l.sub.x,m] the length of one of the four edges in the x-direction.
[E'.sub.eq] is the equivalent electric potential
of system power and DG, [X'sub.eq] is the equivalent reactance of line.
In this method, when an actual test is carried out, the electric potential
corresponding to peak current is assessed and examined against a PDF to determine the probability of membership of that species with all metals stored in the database.
Mindlin's theory is investigated for this analysis and a sinusoidal function is used for simulation of the electric potential
where [DELTA][V.sub.ab] is the electric potential
between two materials a and b, and [DELTA]T is the temperature difference.
The current model assumes that the area around the point with higher electric potential
(upper wire in the AsC developed) generates an ion rich atmosphere in such way that ions collide against the neutral particles of the air (nitrogen, oxygen and other gases), which originates an impulse strong enough to lift the AsC.
It is electric potentials
and currents produced by or occurring within living organisms.
The result is a series of electric fields that all add up in the same direction, creating an electric potential
between the top and bottom of the material.