These are word's examples related to transverse-wave. Click on any word to go to its word's detail page. Or, go to the definition of transverse-wave.
Here we are concerned with how the spectrum of the linearized operator depends upon the transverse wave number.
Since the simplified approach does not include the transverse wave system, it should be used where the diverging wave system is dominating.
The chain line is for the amplitude of the stable transverse wave response for which the interaction between resonant longitudinal and transverse waves is included.
The character of field distribution in the cross section for the waveguide is determined by the transverse wave numbers.
Each of these fields, the electric and the magnetic, exhibits two-dimensional transverse wave behavior, just like the waves on a string.
A transverse wave is one in which the amplitude vector is orthogonal to k, which is the case for electromagnetic waves in an isotropic medium.
Light is an example of a transverse wave.
However, a transverse wave apparently required the propagating medium to behave as a solid, as opposed to a gas or fluid.
The transverse current, perpendicular to the wave vector, drives the transverse wave.
However, because of gravity, the water or medium is pulled back down and the repetition of this cycle creates the transverse wave motion.
The energy associated with the transverse wave system travels at one half the phase velocity or the group velocity of the waves.
An oscillating string is another example of a transverse wave; a more everyday example would be an audience wave.
If a transverse wave is moving in the positive "x" -direction, its oscillations are in up and down directions that lie in the "yz" plane.
The polarization of a transverse wave describes the direction of oscillation in the plane perpendicular to the direction of travel.
Polarization is an important parameter in areas of science dealing with transverse wave propagation, such as optics, seismology, radio and microwaves.
