Examples of 'directivity' in a sentence
Meaning of "directivity"
directivity (noun): the property or characteristic of being directive, focused, or specific in a particular direction. In technical contexts, it refers to the ability of a device, such as an antenna or microphone, to transmit or receive signals effectively and accurately in a specific direction
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- A measure of the performance of an antenna compared to an isotropic antenna; the ratio of the maximum value of radiation intensity to the average radiation intensity.
- Anisotropy in the propagation of earthquake waves in the direction of rupture.
- Directionality
How to use "directivity" in a sentence
Basic
Advanced
directivity
Check the directivity of pin cord connection.
It is assumed to be unaffected by lateral directivity and attenuation.
Directivity is a function of the length of the antenna.
It is defined as the directivity pattern of the array.
Directivity can be modified using an acoustical waveguide.
In first the acoustical array directivity is treated.
The transducer directivity is thus significantly improved.
Each source is associated with a directivity vector.
Directivity patterns are known from directive microphones.
Public address system with adjustable directivity.
D antenna design permits directivity to be controlled.
Sound system with improved adjustable directivity.
The directivity of the microphones used.
Time domain or source directivity is unaffected.
The directivity should be as high as possible.
See also
Better use outdoor antenna with good directivity.
The rupture directivity of the earthquake.
The gain of an antenna is closely related to its directivity.
Directivity is the capacity to radiate sound in defined directions.
Too little and the directivity enhancement is negligible.
Directivity is the ability of the antenna to concentrate the.
Subjective testing of loudspeaker directivity for multichannel audio.
The directivity of the individual sources.
It can thus be seen as a grammaticalization of directivity.
The directivity of a transducer is improved by interspersing reflectors therein.
The acoustic sensor exhibits very strong directivity.
Directivity is calculated from angles of the directional microphones.
This method gives no information regarding the directivity.
High directivity with excellent filtering of background noise.
Therefore this source has good emission directivity.
The directivity of each antenna is indicated by broken lines.
This may be used to improve directivity.
Directivity pattern of sound source.
Many beamforming algorithms are available to achieve sensor directivity.
Lateral directivity of installation effects.
There also occur challenges such as directivity in multidimensional case.
Directivity is directly related to isolation.
The notions of efficiency and directivity depend on the following.
Directivity is a dimensionless ratio and may be expressed numerically or in decibels dB.
Known solutions exist to improve the directivity of an electroacoustic transducer.
Directivity depends on horn variation.
Antenna gain and directivity depend on the leg length.
Directivity of the jamming transmitted.
Outside antennas are properly defined by their size and directivity.
This means that directivity is not affected by size of speaker.
This position corresponds to the maximum directivity of the device.
The term directivity is also used with other systems.
It is seen to it that the modification corresponds to a constancy of the directivity.
The directivity of a single transducer primarily depends on driver size.
This spacing does not provide the characteristics of particular directivity.
