英语词汇“example_english_transverse-wave”的音标、意思、用法及中文翻译-反思网

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A transversewave is one in which the amplitude vector is orthogonal to k, which is the case for electromagnetic waves in an isotropic medium.
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Light is an example of a transversewave.
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However, a transversewave apparently required the propagating medium to behave as a solid, as opposed to a gas or fluid.
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The transverse current, perpendicular to the wave vector, drives the transversewave.
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However, because of gravity, the water or medium is pulled back down and the repetition of this cycle creates the transversewave motion.
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The energy associated with the transversewave system travels at one half the phase velocity or the group velocity of the waves.
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An oscillating string is another example of a transversewave; a more everyday example would be an audience wave.
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If a transversewave is moving in the positive "x" -direction, its oscillations are in up and down directions that lie in the "yz" plane.
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The polarization of a transversewave describes the direction of oscillation in the plane perpendicular to the direction of travel.
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Polarization is an important parameter in areas of science dealing with transversewave propagation, such as optics, seismology, radio and microwaves.
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The other main type of wave is the transversewave, in which the displacements of the medium are at right angles to the direction of propagation.
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Spontaneously growing transverse waves in a plasma due to an anisotropic velocity distribution.
At such an intensity it is found that circular polarization constitutes the only mode in which electromagnetic energy can propagate as pure transverse waves.
We find (with two important provisos) that one-photon pair creation is allowed in superdense plasmas, implying relatively strong coupling between transverse waves and pair creation.
This jet is generated by collision of transverse waves as a result of the compression process.
We plot dispersion curves for longitudinal and transverse waves.
The resonant interactions between the longitudinal and transverse waves are quite apparent.
In three dimensions, vibration is not restricted to the direction of propagation, and can also occur in the perpendicular planes, like transverse waves.
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The motion of transverse waves, on the other hand, is perpendicular to the propagation direction and is thus less easily propagated through the medium.
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S-waves, also called shear or secondary waves, are transverse waves that involve motion perpendicular to the direction of propagation.
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For transverse waves in matter the displacement of the medium is perpendicular to the direction of propagation of the wave.
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In isotropic solids the two transverse waves will be degenerate, as they will be traveling along elastically identical crystallographic planes.
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Transverse waves occur when a disturbance creates oscillations perpendicular (at right angles) to the propagation (the direction of energy transfer).
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Transverse waves have two parts -- the crest and the trough.
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In general, transverse waves occur as a pair of orthogonal polarizations.
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That refers to all so-called transverse waves, notably including all electromagnetic waves (such as light), but also gravitational waves, and transverse sound waves in solids.
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The waves created by the ship consist of divergent and transverse waves.
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Electromagnetic waves are also two-dimensional transverse waves.
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In order to support only transverse waves, he found that the potential function must be proportional to the squared norm of the curl of the displacement field.
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If you anchor one end of a ribbon or string and hold the other end in your hand, you can create transverse waves by moving your hand up and down.
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The speed of the chain is arranged to equal the wave speed of transverse waves, so that waves moving against the motion of the chain appear to be standing still.
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However, the transverse waves appear as troughs and crests along the length of a ship and constitute the major part of the wave-making resistance of a ship.
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Such reflections are avoided with transverse waves.
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Interestingly, fluids can not support transverse waves.
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The two physicists concluded that radiant heat, like light, was a disturbance set up in what was then called the ether and propagated in all directions by transverse waves.
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The amplitude of the transversewave finally increases to about 2.7 times that of the longitudinal wave.
On the stable branch, starting from the turning point, the amplitude of the longitudinal wave decreases while the amplitude of the transversewave increases and dominates the three-dimensional wave motion.
The opposite of a transversewave is a longitudinal wave, where the vibrations are in the same direction as the wave travel.
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An example of this can be seen in quartz with an approximate acoustic longitudinal wave velocity of 5965 m/s and transversewave velocity of 3750 m/s.
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In many cases this is a longitudinal wave of pressure as with sound, but it can also be a transversewave as with the vibration of a taut string.
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The first one is a typical dispersion equation for transverse waves.
In most cases this is a longitudinal wave of pressure (such as sound), but it can also be a transversewave, such as the vibration of a taut string.
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Both longitudinal and transverse waves can be propagated through a solid, while, in general, only longitudinal waves are supported by fluids.
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Through solids, however, it can be transmitted as both longitudinal waves and transverse waves.
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As a result, longitudinal waves travel more quickly through solids than transverse waves.
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With respect to the direction of the oscillation relative to the propagation direction, we can distinguish between longitudinal wave and transverse waves.
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In solids, mechanical waves can take many forms including longitudinal waves, transverse waves and surface waves.
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Tesla researched ways to transmit energy wirelessly over long distances, first by transverse waves, and then, possibly, by longitudinal waves.
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Therefore, they arrive at an observer at different times, an extreme example being an earthquake, where sharp compression waves arrive first, and rocking transverse waves seconds later.
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These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors.

词汇	example_english_transverse-wave
释义	Examples of transverse wave These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. Here we are concerned with how the spectrum of the linearized operator depends upon the transversewave number. Since the simplified approach does not include the transversewave system, it should be used where the diverging wave system is dominating. The chain line is for the amplitude of the stable transversewave response for which the interaction between resonant longitudinal and transverse waves is included. The character of field distribution in the cross section for the waveguide is determined by the transversewave numbers. Each of these fields, the electric and the magnetic, exhibits two-dimensional transversewave behavior, just like the waves on a string. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. A transversewave is one in which the amplitude vector is orthogonal to k, which is the case for electromagnetic waves in an isotropic medium. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Light is an example of a transversewave. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. However, a transversewave apparently required the propagating medium to behave as a solid, as opposed to a gas or fluid. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The transverse current, perpendicular to the wave vector, drives the transversewave. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. However, because of gravity, the water or medium is pulled back down and the repetition of this cycle creates the transversewave motion. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The energy associated with the transversewave system travels at one half the phase velocity or the group velocity of the waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. An oscillating string is another example of a transversewave; a more everyday example would be an audience wave. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. If a transversewave is moving in the positive "x" -direction, its oscillations are in up and down directions that lie in the "yz" plane. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The polarization of a transversewave describes the direction of oscillation in the plane perpendicular to the direction of travel. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Polarization is an important parameter in areas of science dealing with transversewave propagation, such as optics, seismology, radio and microwaves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The other main type of wave is the transversewave, in which the displacements of the medium are at right angles to the direction of propagation. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Spontaneously growing transverse waves in a plasma due to an anisotropic velocity distribution. At such an intensity it is found that circular polarization constitutes the only mode in which electromagnetic energy can propagate as pure transverse waves. We find (with two important provisos) that one-photon pair creation is allowed in superdense plasmas, implying relatively strong coupling between transverse waves and pair creation. This jet is generated by collision of transverse waves as a result of the compression process. We plot dispersion curves for longitudinal and transverse waves. The resonant interactions between the longitudinal and transverse waves are quite apparent. In three dimensions, vibration is not restricted to the direction of propagation, and can also occur in the perpendicular planes, like transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The motion of transverse waves, on the other hand, is perpendicular to the propagation direction and is thus less easily propagated through the medium. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. S-waves, also called shear or secondary waves, are transverse waves that involve motion perpendicular to the direction of propagation. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. For transverse waves in matter the displacement of the medium is perpendicular to the direction of propagation of the wave. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. In isotropic solids the two transverse waves will be degenerate, as they will be traveling along elastically identical crystallographic planes. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Transverse waves occur when a disturbance creates oscillations perpendicular (at right angles) to the propagation (the direction of energy transfer). From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Transverse waves have two parts -- the crest and the trough. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. In general, transverse waves occur as a pair of orthogonal polarizations. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. That refers to all so-called transverse waves, notably including all electromagnetic waves (such as light), but also gravitational waves, and transverse sound waves in solids. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The waves created by the ship consist of divergent and transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Electromagnetic waves are also two-dimensional transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. In order to support only transverse waves, he found that the potential function must be proportional to the squared norm of the curl of the displacement field. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. If you anchor one end of a ribbon or string and hold the other end in your hand, you can create transverse waves by moving your hand up and down. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The speed of the chain is arranged to equal the wave speed of transverse waves, so that waves moving against the motion of the chain appear to be standing still. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. However, the transverse waves appear as troughs and crests along the length of a ship and constitute the major part of the wave-making resistance of a ship. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Such reflections are avoided with transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Interestingly, fluids can not support transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The two physicists concluded that radiant heat, like light, was a disturbance set up in what was then called the ether and propagated in all directions by transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The amplitude of the transversewave finally increases to about 2.7 times that of the longitudinal wave. On the stable branch, starting from the turning point, the amplitude of the longitudinal wave decreases while the amplitude of the transversewave increases and dominates the three-dimensional wave motion. The opposite of a transversewave is a longitudinal wave, where the vibrations are in the same direction as the wave travel. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. An example of this can be seen in quartz with an approximate acoustic longitudinal wave velocity of 5965 m/s and transversewave velocity of 3750 m/s. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. In many cases this is a longitudinal wave of pressure as with sound, but it can also be a transversewave as with the vibration of a taut string. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. The first one is a typical dispersion equation for transverse waves. In most cases this is a longitudinal wave of pressure (such as sound), but it can also be a transversewave, such as the vibration of a taut string. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Both longitudinal and transverse waves can be propagated through a solid, while, in general, only longitudinal waves are supported by fluids. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Through solids, however, it can be transmitted as both longitudinal waves and transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. As a result, longitudinal waves travel more quickly through solids than transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. With respect to the direction of the oscillation relative to the propagation direction, we can distinguish between longitudinal wave and transverse waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. In solids, mechanical waves can take many forms including longitudinal waves, transverse waves and surface waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Tesla researched ways to transmit energy wirelessly over long distances, first by transverse waves, and then, possibly, by longitudinal waves. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. Therefore, they arrive at an observer at different times, an extreme example being an earthquake, where sharp compression waves arrive first, and rocking transverse waves seconds later. From Wikipedia This example is from Wikipedia and may be reused under a CC BY-SA license. These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors.
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Examples of transverse wave