(भौतिकशास्त्र,

Noun:

स्पंदन बिंदू,

antinodes's Usage Examples:

The less dense antinodes refract light less and are analogous to the transmitting slits of a conventional.

In acoustic standing waves, small bubbles accumulate at pressure antinodes, whereas large bubble accumulate at pressure nodes.

either acoustic pressure nodes (minimum pressure regions) or pressure antinodes (maximum pressure regions).

emulsion, creating standing waves whose nodes had little effect while their antinodes created a latent image.

pressure nodes, and the lowest flames occurring at pressure antinodes.

points at which the which the two waves amplify each other are known as antinodes and the points at which the two waves cancel each other out are known.

the exhaust, are sonically tuned so that the locations of the pressure antinodes of the Mach disks in the propane stream match the locations of the intake.

Standing waves are elliptically-shaped oscillations with four antinodes and four nodes located circumferentially along the rim.

The number and position of these nodes and antinodes give rise to many of the properties of.

a convenient way to visually demonstrate the meaning of modes, nodes, antinodes and even quantum numbers.

The standing acoustic wave, which contains pressure antinodes at the center of the containment vessel, causes the bubbles to quickly.

of these quantum waves have nodes and antinodes as well.

locations where the absolute value of the amplitude is maximum are called antinodes.

Synonyms:

point,

Antonyms:

node, end,