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...the [[Stark effect]] treats the example of a hydrogen atom in an external electric field. ...ample, the elementary quantum model of the [[hydrogen atom]] describes the electric field of the hydrogen atom using a classical <math>-\frac{e^2}{4 \pi\ \epsilon_0\

...a spinless particle of [[charge]] ''q'' and [[mass]] ''m'' placed in an [[electric field]] derived from a scalar potential ''U''('''r'''). The [[potential energy]]

...tion of the [[field effect]], the modulation of conductivity by an applied electric field. The figure illustrates the charge balance for the cases of depletion (top

...d [[protoplast]] fusion. In this case protoplasts are fused, usually in an electric field. Viable recombinants can be regenerated in culture.

...ons only. The stationary nuclei enter the problem only as creators of an [[electric field]] in which the electrons move in a quantum mechanical way. Within this fram ...oupling]] (interaction of a nuclear [[quadrupole]] with the gradient of an electric field due to the electrons). Finally a parity violating term predicted by the [[S

where '''E''' is the [[electric field]] and '''B''' is [[magnetic induction]] (also known magnetic flux density).

...called a target. As the high-energy electrons pass through the target, the electric field created by the stationary charged particles of the heavy tantalum nuclei ca

...ctions with other ions and their associated electrical fields. These local electric field interactions affect the extent to which the ions can participate in chemica

...examples of conjugate pairs are [[magnetic field]]-[[magnetization]] and [[electric field]]-[[polarization]].

...s atoms) and every molecule is polarizable, that is, under influence of an electric field the charge distribution of the atom or molecule polarizes (positive charge ...d to introduce a polarization propagator and to give an expression for the electric field generated by a molecule. [See, for instance, Eq. (19) in Ref.<ref name = "J

...nae of sea-water separated by depth and temperature. The resulting dynamic electric field produces an electromagnetic field of its own, and thus even a titanium hull

...in a model which posits that there is a basic mechanism that produces the electric field and the magnetic field and which normal electromagnetic theory does not ack

...lerosis]], [[Multipole expansion (interaction)]], [[Multipole expansion of electric field]], [[Multi-User Dungeon]], [[Mumbai Metro]], [[Mumbai Metro One]], [[Munici

...affected by speed through the ether. Heaviside calculated in 1888 that the electric field of a charged particle is flattened by - as it later was called - the Lorent