dipole

But if the dipoles form in the presence of an existing electric field, they immediately align along the same direction as the field.

The wave polarization and impedance characteristics in the near field of combinations of an electric and a magnetic Hertz dipoles .

The frequency response of radiation pattern of a linear dipole antenna by Hertz dipoles field summation approximation.

A dual ayer array of strip rectangular dipoles structure is investigated, leading to a directivity bandwidth enhancement.

The localization of multiple current dipoles is a difficult problem for the inverse study of MEG.

Ampere's Law. Boundary Conditions for Magnetic Fields. Multipole Expansion of the Magnetic Field, Magnetic Dipoles.

In many crystals, electric dipoles are ordered in a preferred direction, resulting in a charged surface.

The mutual interference of dipoles existed under an external electric field and caused the asymmetric dielectric relaxation peek.

The problem of joint estimation of the frequency, angle of arrival and polarization with crossed dipoles is investigated.

The near and far electromagnetic field are synthesized by summation of the electromagnetic field of short current segments or Hertz dipoles.

The current dipoles can be adopted to simulate the nerve sources in human brains.

EM- Field at positions with distance not greater enough compared to distance between Hertz dipoles.

The distance variation of radiation pattern in the near field of a magnetic Hertz dipoles .

The coupling of excited fluorophore dipoles with the aluminum is highly efficient, exceeding 50%.

The spacing and dimensions of the dipoles depend on the wavelength.

The distance variation of radiation pattern in the near field of an electric Hertz dipoles .

This phenomenon was explained by a model based on filamentary conduction disturbed by dipoles in view of experimental results.

A method of localization of multiple current dipoles based on the minimum-dipole number solutions is investigated.

According to theory, there are countless electric dipoles created by virtual particles in any given volume of the quantum vacuum.

Three-dimensional interactions of an external circular crack in an infinite transversely isotropic piezoelectric body with dipoles

Localization of current dipoles in a realistic head shape model by a magnetoencephalogram-multiple signal classification algorithm

Emission spectrum of a cascade three-level atom with orthogonal dipoles interacting with a single-mode field

Interaction energy and force between the pair of dipoles

Miniaturize the endoscope localizing sensor by regular tetrahedron shaped differential magnetic dipoles

Polynomial approximation of current along thin asymmetrical cylindrical dipoles

Influence of macroscopic dipoles on the charge storage and charge dynamics of polypropylene ferroelectret films

Computing method for electrical field induced by moving ship with arbitrarily distributed magnetic dipoles

Spontaneous Emission of Electrical Dipoles in a Semiconductor Microcavity

The localization of multiple current dipoles in a realistic head shape model

Measurements of the dipoles for cooler-storage-ring main injection beam line

orientation of dipoles is stabilized and contributes to the

Interaction Between two Electric Dipoles

A Method of Magnetic Field with Magnetic Dipoles

dipoles are aligned normal to