The electric displacement field can also be measured by following the current.
2.
Gauss's law can be stated using either the electric field or the electric displacement field.
3.
Likewise, " 1 C " corresponds to " " when describing an electric displacement field flux.
4.
The equation for the ellipsoid is constructed using the electric displacement vector " D " and the dielectric constants.
5.
There is also a displacement current corresponding to the time-varying electric displacement field "'D " ':
6.
The Olsen cycle consists of two isothermal and two isoelectric field processes in the electric displacement-electric field ( D-E ) diagram.
7.
The electromagnetic displacement tensor combines the electric displacement field "'D "'and magnetic field intensity "'H "'as follows
8.
Where "'P "'is the electric polarization the volume density of electric dipole moments, and "'D "'is the electric displacement field.
9.
:The Electric displacement field D AKA electric flux density is related to but not identical to the electric field E . Read the linked article to see how they relate to each other.
10.
In 2007, Allan H . MacDonald and colleagues predicted that a bandgap could be introduced if an electric displacement field were applied to the two layers : a so-called tunable band gap.
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