induced potential

induced potential

[in′düst pə′ten·chəl]
(electromagnetism)
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The target is present in newly reprocessed Titan 24 data from which coincident Induced Potential ('IP') and Magneto-telluric anomalies were generated.
(SP) and induced potential (IP) measurements with 50% duty cycle and IP measurements
The induced potential on the polarizable surface is critical to the induced charge electroosmotic flow.
The calculation of the electrical characteristics of non-equipotential groundings is based on the consistent application of the induced potential method and methods for calculating branched electrical circuits with distributed electrical parameters.
Further to the indicated set of electrodes, one can apply the induced potential method [4] to solve the electric field problem as a complex GD and determine the values of the flow resistance and the potentials of points on the surface of the ground.
The induced potential inside and outside the channelcan be expanded in terms of the regular solutions [12]:
If a charge Q is located at ([r.sub.0], [d.sub.0], [[phi].sub.0]) in spherical coordinates, then for [r.sub.0] > R, the total electrostatic potential is given by [[PHI].sub.tot] = [[PHI].sub.ext] + [[PHI].sub.ind], where [[PHI].sub.ext] is the external potential due to the point particle and [[PHI].sub.ind] is the induced potential. When r < R, we express the total potential as follows:
The induced potential forms a series of traveling potential wells that are capable of carrying electrons in a depleted channel just below the surface.
To store surge voltages and current energy and afford protection against inductively induced potentials, RC Networks are made with a high degree of voltage withstand strength, are non-inductive types to ensure a high degree of protection against pulse potentials and are packaged in cases, which meet or exceed the flammability requirements of UL94VO.
The networks have the capability to store surge voltages and current energy which afford protection against inductively induced potentials. The dielectric material of the capacitors used in these networks provides a high degree of withstand voltage strength.
Induced potentials on unmitigated pipelines can reach hundreds of volts at power line transposition locations or at
They have the capability to store surge voltages and current energy that provides protection against inductively induced potentials. The dielectric material of the capacitors used in these networks withstand high voltage strength.