Examples of 'coupling coefficient' in a sentence
Meaning of "coupling coefficient"
Coupling coefficient is a term used in various fields, such as physics, engineering, and mathematics, to describe the strength of the relationship or interaction between two components or systems. It quantifies the degree to which changes in one component affect the other and is essential for analyzing the dynamics and behaviors of interconnected elements
How to use "coupling coefficient" in a sentence
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coupling coefficient
The coupling coefficient is correlated with the ratio error.
The degree of coupling is captured by a parameter called coupling coefficient.
Later definitions of the coupling coefficient are generalizations or refinements of preceding definitions.
Increase of electromechanical coupling coefficient.
Coupling coefficient k equal to one corresponds to the theoretical limiting value.
The penetration p of the rod controls the coupling coefficient.
This coupling coefficient depends on the overlay of the individual guide modes.
Electromechanical coupling coefficient.
The coupling coefficient is studied and determined in this dissertation for piezoelectric ceramics.
This has a higher electromechanical coupling coefficient than other orientations.
A key quantity in components of this type is the piezoelectric coupling coefficient.
Advantageously the coupling coefficient and the resonant frequency may be adjusted independently.
The equipotential condition influence on the coupling coefficient has been studied.
The coupling coefficient between two consecutive resonators is a function of the distance s separating them.
The fraction of the field that does couple is called the coupling coefficient.
See also
This tuning allows the coupling coefficient with the ring resonator to be modified.
This embodiment has been illustrated by dotted lines and the specification of a coupling coefficient k.
Exactly what is needed depends on the coupling coefficient between the two antennas.
This coupling coefficient essentially depends on the distance separating the transponder from the terminal.
Inductors Ix and Ly are connected by coupling coefficient k.
The sign of the coupling coefficient k between two coils depends on the winding direction.
However, this favored direction is obtained at the cost of a less satisfactory coupling coefficient.
Such a small coupling coefficient is just compatible with most applications envisaged for remote measurement.
Apodisation is applied to both the amplitude and phase of the grating coupling coefficient k ( z ).
A very high electromechanical coupling coefficient becomes the necessary condition for very high frequency agility.
However, ceramic materials such as PZT are preferred for their greater electromechanical coupling coefficient.
Knowing the current coupling coefficient with respect to the optimum coupling may have several applications.
A stable dual-frequency emission is obtained with a coupling coefficient between the modes up to 70 %.
The mutual coupling coefficient resulting at coil separation is represented by element k ( d ).
To this effect, a Coriolis coupling coefficient is defined.
The Coriolis coupling coefficient can be quantified by the following relationship, EPMATHMARKEREP in which.
The Fourier series development of the coupling coefficient is expressed, EPMATHMARKEREP.
The coupling coefficient curve 19 depending on the same percentage.
Element k ( d ) represents the mutual coupling coefficient resulting at coil separation.
The coupling coefficient k is preferentially greater than 0.98 in order to minimize these overvoltages.
Similarly, the segments with negative coupling coefficient values also have this kind of distribution.
The coupling coefficient 2Av/v of this wave is then close to, EPMATHMARKEREP.
A thin piezoelectric plate LP with a high coupling coefficient is centered on the metallized plane electrode E1.
The device according to claim 6, wherein said optical coupler has a coupling coefficient of 0.5.
The definition of the coupling coefficient Y has been given earlier.
More precisely, the topology of the transformer 10 makes it possible to obtain a coupling coefficient of 3/2.
In such structure, the coupling coefficient is typically very close to unity.
Nevertheless, the coupling coefficient varies when passing from a first area to an area adjacent thereto.
More generally, the relation linking voltage V 2 to coupling coefficient k can be written as, EPMATHMARKEREP.
For example, the coupling coefficient k of this piezoelectric layer is greater than 5 % or 10 %.
Approximate values for the coupling coefficient D12 of the alloys are also obtained.
In this case the coupling coefficient is expressed by the following equation, EPMATHMARKEREP.
Note that the sign of the coupling coefficient k { \ displaystyle k } itself is of no importance.
The effect of the low coupling coefficient is to reduce the signal-to-noise ratio.
Tight coupling is when the coupling coefficient is around 1 as with conventional iron-core transformers.
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