standing wave

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standing wave

n.
A wave that oscillates in place and creates stable nodes of maximum and zero oscillation, produced whenever a wave is confined within boundaries, as in the vibrating string of a musical instrument. Also called stationary wave.

standing wave

n
(General Physics) physics the periodic disturbance in a medium resulting from the combination of two waves of equal frequency and intensity travelling in opposite directions. There are generally two kinds of displacement, and the maximum value of the amplitude of one of these occurs at the same points as the minimum value of the amplitude of the other. Thus in the case of electromagnetic radiation the amplitude of the oscillations of the electric field has its greatest value at the points at which the magnetic oscillation is zero, and vice versa. Also called: stationary wave Compare node, antinode

stand′ing wave′


n.
Physics.
a wave in which each point on the wave has a constant amplitude, ranging from zero at the nodes to a maximum, equal to the amplitude of the wave, at the antinodes.

stand·ing wave

(stăn′dĭng)
A wave that does not appear to move. Standing waves occur when two similar waves travel in opposite directions between two fixed points, called nodes, at which there is no movement. Standing waves can be transverse waves, like ocean waves, or longitudinal waves, like sound waves. Also called stationary wave.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.standing wave - a wave (as a sound wave in a chamber or an electromagnetic wave in a transmission line) in which the ratio of its instantaneous amplitude at one point to that at any other point does not vary with time
undulation, wave - (physics) a movement up and down or back and forth
Translations
stående våg
References in periodicals archive ?
All the currents on COCO antenna are standing-wave current.
The standing-wave function of the de Broglie (phase) wave and its variables for particle dynamics in small geometries are equivalent to the eigen-state solutions to Schrodinger equation of an identical system.
Rather than swirling water and glycol forming "unexplained" polygons, isn't this simply a standing-wave phenomenon?
This is important, because, depending on room structure and acoustics, a standing-wave peak may be broad or narrow.
I was a young instructor here when Lin came back from an astronomy meeting in 1961, at Princeton, with this idea that galaxy disks have these modes," or standing-wave patterns, Toomre recalls.
When warm-up host Mike Burger talked the crowd into doing a rolled, standing-wave tribute to him, Ritter was gracious with his thanks and generous with blown kisses.