Examples of 'plane wave' in a sentence
Meaning of "plane wave"
In physics, a plane wave refers to a type of wave that has a constant amplitude and phase across any plane perpendicular to its direction of propagation. It is a key concept in fields such as optics, acoustics, and electromagnetism, describing a wavefront that appears as a flat plane
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- A constant-frequency wave whose wavefronts are infinite parallel planes of constant peak-to-peak amplitude normal to the phase velocity vector.
How to use "plane wave" in a sentence
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plane wave
And a perfect plane wave is perfectly coherent.
This structure is illuminated in normal incidence by a plane wave.
A sinusoidal plane wave is one special solution of these equations.
The structure is illuminated by a normally incident plane wave.
Plane wave expansion method.
The general expression for a plane wave in rectangular coordinates is.
Plane wave acoustic field.
Fps flat panel speakers uses plane wave form.
Plane wave front.
These modes could be excited by a dipole instead of a plane wave.
A vector is constituted representing a plane wave at each reception point.
This plane wave assumption is common in stereophonic playback over loudspeakers.
Meters are usually calibrated in nominally plane wave or uniform fields.
And the plane wave is the solution to the wave equation.
By the invention it is realised that a plane wave condition is of preference.
See also
A plane wave model is developed to simulate the propagation of modes in this photonic crystal.
Solitary plane wave.
This ensures that the sound propagates in the hollow profile as a plane wave.
Incident plane wave.
A phase constant represents the change in phase per unit length for a standing plane wave.
Light in the form of a plane wave in space is said to be linearly polarized.
Some examples of answers of realistic devices enlightened with a plane wave are shown.
We consider the diffraction of a plane wave by an infinite set of parallel half planes.
In other words the wave field measure may be modelled using a plane wave representation.
Then we find the plane wave with which the singular reception vectors are associated.
This final value is the phase constant of the plane wave being investigated.
The edge wave and plane wave components carry different information concerning the sample being analysed.
The transmitting interferometer will create a plane wave front parallell to the surfaces.
Consider an inertial observer in Minkowski spacetime who encounters a sandwich plane wave.
A linear filter transmits one component of a plane wave and absorbs the perpendicular component.
The plane wave enrichment process of PUFEM variables was shown and explained in detail.
A signal radiated by a loudspeaker can be considered a plane wave for a listener positioned sufficiently far away.
Both plane wave and Gaussian beam were used as the reference field in the experiment.
Which represents a propagating or exponentially decaying uniform plane wave solution to the homogeneous wave equation.
The Plane wave option defines a plane traveling wave with physically consistent viscous and thermal attenuation.
The excitation signal causes the sample to produce plane wave and edge wave components.
Figure 3 illustrates a plane wave segment of a pressure wave arriving at a sensor ;.
This work concludes with a statistical study on the plane wave DOA and amplitudes.
We consider the diffraction of a plane wave by an infinite set of parallel equidistant half-planes.
The background field can be either User defined or a Plane wave formulation.
Typically, the choice of the plane wave basis set is based on a cutoff energy.
Represented in the second illustration is a circularly polarized, electromagnetic plane wave.
In particular, the plane wave basis may be used to decompose the wave considered.
A collimator lens 8 is provided to produce a beam having a plane wave front.
Another method based on plane wave decomposition and a different back-propagation principle has been presented.
A twist polarizer rotates the plane of polarization of a linearly polarized plane wave by 90.
In other words, if we multiply a plane wave by a periodic function, we get a Bloch wave.
The optical correction will make wavefront 24 appear approximately as a plane wave.
Reflection of a plane wave at the first-order SBC with respect to angle of incidence.
The tube 5 can be described as an acoustic transfer line, which transports a plane wave.
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Examples of using Plane
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I want a plane with five hours of fuel
You guys are supposed to be on the plane now
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