Transverse Waves


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Transverse Waves

 

waves that propagate in a direction perpendicular to the plane containing either the displacements and oscillatory velocities of the particles (for mechanical waves) or the intensity vectors of the electric and magnetic fields (for electromagnetic waves). Electromagnetic waves in free space are an example of transverse waves.

References in periodicals archive ?
v] displacement wave equations can be expressed as a longitudinal wave equation for the dilatation [epsilon] and a transverse wave equation for the rotation tensor [[omega].
For instance, the signal shown in Figure 4 is a series of ultrasonic transverse waves with the sampling frequency 5 GHz.
The fact that plasmas and a Slinky[R] suspended from a ceiling by an array of strings are both systems where their respective wave characteristic equations have been modified to include a linear restoring force, explains the analogy found between the dispersion relation for transverse electromagnetic radiation in the former one and the dispersion relation for transverse waves in the latter one (Crawford, 1968).
Chen, "Propagation of transverse waves in elastic-micropolar porous semispaces," Japanese Journal of Applied Physics, vol.
For the combined compression-and-shear plate-impact experiments the total deformation applied to the specimen consists of two parts: (a) a state of compression at the arrival of the compressive longitudinal wave; and (b) a state of simple shearing after the arrival of the transverse wave at the specimen plane.
The transverse waves in the figure need to be visualized in three dimensions and the expansion of the waves visualized in a cone or spiral.
T] are velocities of the volume longitudinal and transverse waves in the object material.
26609 has the lowest average propagating velocities of longitudinal and transverse waves, moduli of elasticity and shear, modulus of deformation, as well as the sample analogue No.
The three power companies are currently using transverse waves in their supersonic tests, but it would be more accurate to use longitudinal waves, the agency officials said.
Transverse waves rise astern and move away from the boat parallel to its direction of travel.
What's more, transverse waves could easily explain the manner in which Iceland spar divided a beam of light into two beams that were each refracted by a different amount.