Examples of 'dipoles' in a sentence
Meaning of "dipoles"
A dipole is a pair of equal and opposite electric charges or magnetic poles separated by a small distance, commonly used in physics to describe various types of phenomena
Show more definitions
- plural of dipole
How to use "dipoles" in a sentence
Basic
Advanced
dipoles
The antenna dipoles were inside the reflector.
Polarizability is the ability to form instantaneous dipoles.
Broadside array of dipoles with plane reflectors.
Dipoles will attract or repel each other.
Each phase is applied to one of the dipoles.
Dipoles are frequently used as resonant antennas.
Electric fields can induce dipoles in insulators.
It is based on the representation by equivalent magnetic dipoles.
There were no dipoles like amide or.
It is the net attraction between two dipoles.
Ternary interaction dipoles are touched upon.
Each dipole includes two half dipoles.
These dipoles are the leading terms in the multipole series.
Intermolecular attraction between two permanent dipoles.
As antennas were built dipoles and verticals.
See also
Larger defects will generate stronger dipoles.
The dipoles do not cancel out resulting in a net dipole.
A couple of examples of molecules in which dipoles have.
Dipoles were mounted inside the reflector to transmit and receive.
These can be defined also as single equivalent dipoles.
The distribution of the electric dipoles becomes uncertain.
These transverse conductive elements may be transverse dipoles.
These dipoles are of the type used for active scanning.
And they are putting together these radio dipoles.
Based on dipoles and monopoles.
The role of the fluorescent dipoles.
Molecules that have permanent dipoles are attracted to each other.
Forces derived from attraction between induced dipoles.
This momentary dipole induces dipoles in the neighbouring molecules.
Consists of a large number of short dipoles.
The momentary dipoles induce dipoles in the neighboring molecules.
Such double eyed structures are also called polar dipoles.
Each of the plurality of dipoles may have a different polarisation.
The reflector wires are oriented parallel to the dipoles.
And there are smaller bond dipoles between carbon and.
Secondary bonding forces arise from atomic or molecular dipoles.
These same oscillating dipoles also generate the reflected light.
They always exist as dipoles.
In organic chemistry dipoles are mainly used as a measure of charge separation in a molecule.
The macroscopic polarization due to the electric dipoles is zero.
These dipoles modify light velocity by a factor n the refractive index.
The capacitance of a layer of spherical orientable dipoles has been determined.
The dipoles can for example be formed of a rectilinear metal component.
The highest nonlinear coefficient is oriented along these dipoles.
The role of various dipoles as well as their interference effects is discussed.
The resonant structures may comprise dipoles or cross dipoles.
The orthogonal magnetic dipoles produce a circularly polarized radiation pattern.
An elementary quadrupole can be represented as two dipoles oriented antiparallel.
Of these dipoles can in turn produce a displacement of the electron distribution of.
Dispersion forces arising because of small instantaneous dipoles in atoms.
