1963The Journal of the Acoustical Society of AmericaRequires access

Design of Narrow-Beamwidth Transducers

G. Kossoff

Open publisher page 34 citations

Abstract

The design of focused transducers used to narrow the beamwidth over a finite distance in the nearfield region is outlined. A computer program was used to optimize the transducer's geometrical shape for beamwidth improvement, and off-axis computations for plane and focused transducers were programmed to check the improvement in beamwidth so obtained. The results of these computations show that a simple parameter can be used to describe and compare the degree of focusing of such transducers.

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What this paper is about

The design of focused transducers used to narrow the beamwidth over a finite distance in the nearfield region is outlined. A computer program was used to optimize the transducer's geometrical shape for beamwidth improvement, and off-axis computations for plane and focused transducers were programmed to check the improvement in beamwidth so obtained. The results of these computations show that a simple parameter can be used to describe and compare the degree of focusing of such transducers.

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OpenAlex reports 34 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The design of focused transducers used to narrow the beamwidth over a finite distance in the nearfield region is outlined. A computer program was used to optimize the transducer's geometrical shape for beamwidth improvement, and off-axis computations for plane and focused transducers were programmed to check the improvement in beamwidth so obtained. The results of these computations show that a simple parameter can be used to describe and compare the degree of focusing of such transducers.

Key concepts: Beamwidth, Transducer, Computation, Acoustics, Plane (geometry), Computer science, Physics, Telecommunications

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