'electromagnetic wave transmission' is correct and usable in written English.
It can be used in contexts related to physics, telecommunications, and engineering, among others. Example: "The main challenge in designing a successful satellite communication system is achieving efficient electromagnetic wave transmission over long distances."
The three design methods were evaluated via three-dimensional (3-D) electromagnetic wave transmission analysis and the free space measurement method.
Here, the conditions for the electromagnetic wave transmission through an over-dense magnetized plasma with collision were studied.
(2) Based on, we can calculate the time that the carrier arrives at the receiver, that is,, where is the electromagnetic wave transmission speed.
It is obvious that the main player for the phenomenon of electromagnetic wave transmission through an over-dense plasma slab is the excitation of the surface wave.
One class of material such as this is photonic crystals (PCs), which are periodic dielectric or semiconductor structures that display a photonic band gap (PBG) in their electromagnetic wave transmission characteristics [1 4].
Since the electromagnetic wave transmission time is far less than the time the node data requires in the human body, the signal transmission time in the human body can be ignored.
Delogne (1991) generated a regulation of electromagnetic wave transmissions and indicated the difficulty of studying practical transmissions in tunnels.
The topics that will be covered include electrostatics, magnetostatics, Maxwell's equations, one-dimensional wave equation, electromagnetic waves, transmission lines, and one-dimensional resonators.
As an alternative to the pantograph catenary system for power collection by contact, there are some methods of power transfer to a moving vehicle without contact: capacitive coupling, electromagnetic-wave transmission, inductive coupling and through an arc plasma.
Low-observable radomes are generally fabricated in the shape of a composite sandwich construction whose faces are made of either an E-glass/epoxy or aramid/epoxy composite because both composites have low interference electromagnetic (EM) wave transmission characteristics.
The electromechanical waves are analogous to travelling electromagnetic waves on transmission lines.
