Examples of electrodynamics

electrodynamics isn’t in the Cambridge Dictionary yet. You can help!
In an afternoon they might discuss electrodynamics, cosmic rays, astrophysics, and nuclear physics.
A useful discussion of the electrodynamics of a dusty plasma containing nonspherical dust particles finalizes the large coverage of collective phenomena.
Computational methods and methods of mean field electrodynamics are used to study the integral characteristics of magnetic flux penetration through a convective layer.
Arguably, thermodynamics is as central to physical chemistry as electrodynamics is to modern physics.
Interestingly, in quantum electrodynamics, the photon field can interact with itself via the vacuum fluctuations of the charged matter fields.
The second chapter begins the development of electrodynamics, but here in spherical geometry, as is appropriate for the geomagnetic field.
All of these proved the consideration of the problem from the classical macroscopic electrodynamics point of view.
I would also add the appendix to this list, as it provides a brief exposition of the way in which electrodynamics is used here.
But the introduction of this hypothesis was in fact not sufficient to cover all problems of the electrodynamics of moving bodies.
They will probably concentrate to phenomena related to particle physics and astrophysics, including advanced tests of quantum electrodynamics.
Experience with quantum electrodynamics and quantum chromodynamics suggests a world with a small number of parameters and a unique ground state.
The necessity of keeping both the transverse and longitudinal parts of the plasma screening in a rigorous description of near-field electrodynamics is demonstrated.
The uniform spatial grid for the gasdynamics variables is independent of a grid for the electrodynamics par t of the problem.
Electrodynamics, and even chemistry are mechanical theories (merely more complicated in the case of chemistry).
As for electrodynamics, there simply was no discernible connection.
The calculation does not include spontaneous emission, but classical electrodynamics tells us that oscillating charges will emit electromagnetic radiation at the frequency of oscillation.
On the thermalization of energetic charged particles in fusion plasma with quantum electrodynamics considerations.
Though a genuine boundary does not exist in electrodynamics, it is often convenient to assume that fields cannot penetrate some surfaces.
This equation frequently occurs in the simulation of acoustic waves in gaseous or fluid media, seismics, and electrodynamics.

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