| 释义 |
Definition of standing wave in English: standing wavenoun Physics A vibration of a system in which some particular points remain fixed while others between them vibrate with the maximum amplitude. Compare with travelling wave Example sentencesExamples - The position of the standing wave in the z-direction is controlled by a piezodriven translation stage which is controlled to better than 10-nm precision.
- In effect, they trade the translational kinetic energy of a traveling wave for more displacement energy in a standing wave.
- Thus, the vertebral muscles are almost certainly involved in forming traveling waves during swimming, and standing waves during both lateral undulation and vermiform locomotion.
- Simply put, if you play one frequency into your left ear and another different frequency into your right ear, then your brain makes up the difference and sets up a standing wave of that frequency.
- There will just be a standing wave created between one place and another, as all points on the wave would have zero net displacement.
- By reflecting laser light back on itself, researchers create unmoving standing waves that, if created in a three-dimensional grid, can trap atoms.
- Because the electron is confined to move along the circumference of the nanotube, standing waves arise that have discrete wavelengths.
- For Schrödinger, the characteristic discreteness of quantum states arose from underlying continuity, like the normal modes of standing waves.
- Strangely enough the way in which these chambers have been built means that sounds produced by the human voice can create low frequency standing waves.
- Supposedly, a standing wave could be set up between the mirrors, which a disturbance would alter.
- Researchers currently focus atoms using a laser-generated standing wave near the surface.
- Note that the reflecting walls and the constant frequency of the microwaves set up standing waves in the chamber.
- A dipole force of the standing wave generated by the laser focused the atom beam.
- As the mixture burns, the length of tube above it increases and the wavelength of the standing wave increases.
- If the distance from the antenna to the earpiece is a whole number of wavelengths, a standing wave is set up in the cable.
- 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.
- According to Schrodinger, electrons confined in their orbits would set up standing waves and you could describe only the probability of where an electron could be.
- Free oscillations of a sphere are three-dimensional standing waves and require three overtone numbers.
- Instead, switches consisting of vials of water in which standing waves were excited ultrasonically were placed in the paths of the photons 1 and 2.
- Vibrating a fluid-filled pan with a specially prepared bottom creates quasiperiodic standing waves on the surface.
Definition of standing wave in US English: standing wavenounˈstandiNG wāv Physics A vibration of a system in which some particular points remain fixed while others between them vibrate with the maximum amplitude. Compare with traveling wave Example sentencesExamples - A dipole force of the standing wave generated by the laser focused the atom beam.
- 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.
- If the distance from the antenna to the earpiece is a whole number of wavelengths, a standing wave is set up in the cable.
- Vibrating a fluid-filled pan with a specially prepared bottom creates quasiperiodic standing waves on the surface.
- In effect, they trade the translational kinetic energy of a traveling wave for more displacement energy in a standing wave.
- Supposedly, a standing wave could be set up between the mirrors, which a disturbance would alter.
- Note that the reflecting walls and the constant frequency of the microwaves set up standing waves in the chamber.
- According to Schrodinger, electrons confined in their orbits would set up standing waves and you could describe only the probability of where an electron could be.
- Simply put, if you play one frequency into your left ear and another different frequency into your right ear, then your brain makes up the difference and sets up a standing wave of that frequency.
- For Schrödinger, the characteristic discreteness of quantum states arose from underlying continuity, like the normal modes of standing waves.
- The position of the standing wave in the z-direction is controlled by a piezodriven translation stage which is controlled to better than 10-nm precision.
- Thus, the vertebral muscles are almost certainly involved in forming traveling waves during swimming, and standing waves during both lateral undulation and vermiform locomotion.
- Instead, switches consisting of vials of water in which standing waves were excited ultrasonically were placed in the paths of the photons 1 and 2.
- Researchers currently focus atoms using a laser-generated standing wave near the surface.
- There will just be a standing wave created between one place and another, as all points on the wave would have zero net displacement.
- As the mixture burns, the length of tube above it increases and the wavelength of the standing wave increases.
- Because the electron is confined to move along the circumference of the nanotube, standing waves arise that have discrete wavelengths.
- By reflecting laser light back on itself, researchers create unmoving standing waves that, if created in a three-dimensional grid, can trap atoms.
- Strangely enough the way in which these chambers have been built means that sounds produced by the human voice can create low frequency standing waves.
- Free oscillations of a sphere are three-dimensional standing waves and require three overtone numbers.
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