standing wave in English
If two counter-propagating lasers were set up to create a standing wave , the resulting electric field gradient would direct particles toward the wave's nodes.
Use "standing wave" in a sentence
1. Nodes and Antinodes of Standing Wave
2. Standing wave reduction in direct-field acoustic testing
3. In standing wave …a node is a vibrating Antinode (A)
4. Antinode: the position of maximum displacement in a standing wave system
5. The acoustic filter may apply an acoustic standing wave to the fuel.
6. Adjacent Antinodes of a standing wave on a string are 15.0 cm apart
7. A phase switch and a standing wave linear accelerator with the phase switch
8. 1 day ago · Potential energy at the Antinode of a standing wave
9. Antinode is a point on a standing wave where the wave has a peak amplitude
10. Antinode: For a standing wave, the region or point of maximum amplitude between adjacent nodes.
11. In some AOMs, two acoustic waves travel in opposite directions in the material, creating a standing wave.
12. What does Antinode mean? For a standing wave, the region or point of maximum amplitude between adjacent nodes
13. Transfer your data for standing wave with 3 Antinodes using 150 g hanging mass to the table below
14. In a sense, these points are the opposite of nodes, and so they are called Antinodes. A standing wave pattern always consists of an alternating pattern of nodes and Antinodes. The animation shown below depicts a rope vibrating with a standing wave pattern
15. 29 The results show that the perturbing waves exist in the form of either propagating wave or evanescent standing wave.
16. A string with a fixed frequency vibrator at one end forms a standing wave with 4 Antinodes when under tension T1
17. Microwave power is used to accelerate particles by allowing them to pass through a structure of coupled cavity resonators (standing wave linear accelerators).
18. I show how a standing wave is created with the superposition of two traveling waves, define nodes and Antinodes, and show how to find the wavelength, amplitu
19. The room was exactly half a wavelength in length, and the desk was in the centre, thus causing a standing wave which caused the vibration of the foil.
20. Then repeat #10 with different tensions using 250 g and 350 g total hanging masses to find the frequency which results in a good standing wave with 3 Antinodes
21. When a standing wave pattern is established in a medium, the nodes and the Antinodes are always located at the same position along the medium; they are standing still
22. Diffusion of molecules within the laser gas smoothes the spatial inhomogeneity of the inversion in a standing-wave resonator, which therefore uses the active medium with similar efficiency as a ringlaser.
23. In an open tube, the standing wave of the lowest possible frequency for that particular length of tube (in other words, the fundamental) has Antinodes at each end and a node in the centre
24. Sound - Sound - Open tubes: In an open tube, the standing wave of the lowest possible frequency for that particular length of tube (in other words, the fundamental) has Antinodes at each end and a node in the centre
25. 1 $\begingroup$ I was just doing some problems on wave motion from a book and there was this question asking the potential energy at Antinode of a standing wave , So according to me the answer shouldn’t be zero , however the answer is
26. "Ambisonics goes further than stereo in that what it does (to first order) is to sample the acoustic field in such a way that the combination of the signals from all the loudspeakers in the array produces a reconstruction of the original acoustic wave field (both travelling and standing wave components).
27. The Antinode is a point along the standing wave where the displacemnt is the greatest. It occurs halfway between each node, and so the distance between each Antinode is also λ 2 "In transmission lines a voltage node is a current Antinode, and a voltage Antinode is a current node" https://en.wikipedia.org/wiki/Node_ (physics)