ReviewStudy of Linear Arrays Transducers with Center Frequency 5 MHz

ABSTRACT Ultrasonic arrays are used in numerous applications including medical imaging. In this specific case is imperative to achieve precise information about the magnitude and position of the peak pressure, intensity, detected image and various pressure fields produced by the transducerprobe. The systems for image processing in the medical field are very important calling for new techniques much more advanced and performing than they used to be, in order to provide a correct analysis and diagnosis. This paper presents the review study oflinear arrays Transducers with center frequency 5MHz for ultrasonic measurements. KEY WORDS: Ultrasonic, Linear array, Detected Image, Field-II GUI, TX/RX Pressure field, medical imaging,

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Publication Details

Published
2025-05-31
DOI
https://doi.org/10.69758/gimrj/2505i5vxiiip0027
Primary Topic
Material Properties and Applications
Type
article
Field-Weighted Citation Impact
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ReviewStudy of Linear Arrays Transducers with Center Frequency 5 MHz

Rodge S.A., Sushama Shelke, Vishal Gabhane
Material Properties and Applications
article

ReviewStudy of Linear Arrays Transducers with Center Frequency 5 MHz

Rodge S.A., Sushama Shelke, Vishal Gabhane
article en

Abstract

ABSTRACT Ultrasonic arrays are used in numerous applications including medical imaging. In this specific case is imperative to achieve precise information about the magnitude and position of the peak pressure, intensity, detected image and various pressure fields produced by the transducerprobe. The systems for image processing in the medical field are very important calling for new techniques much more advanced and performing than they used to be, in order to provide a correct analysis and diagnosis. This paper presents the review study oflinear arrays Transducers with center frequency 5MHz for ultrasonic measurements. KEY WORDS: Ultrasonic, Linear array, Detected Image, Field-II GUI, TX/RX Pressure field, medical imaging,

Openalex Percentile: Top 80%
Material Properties and Applications
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