This paper presents a comprehensive review of hydrophones, their design considerations,
physical aspects, and structures by reviewing many publications that have been published …

A coherent-light single-pixel camera was used to interrogate a Fabry–Perot polymer film
ultrasound sensor, thereby serially encoding a time-varying 2D ultrasonic field onto a single …

The traditional method for calculating acoustic pressure amplitude is to divide a hydrophone
output voltage measurement by the hydrophone sensitivity at the acoustic working …

The shock wave emitted by the collapse of a laser-induced bubble is detected at
propagation distances of 30, 40 and 50 mm, using a PVdF needle hydrophone, with a non …

Background High‐intensity focused ultrasound (HIFU) has been in clinical use for a variety
of solid tumors and cancers. Accurate and reliable calibration is in a great need for clinical …

Nonlinear acoustic signals contain significant energy at many harmonic frequencies. For
many applications, the sensitivity (frequency response) of a hydrophone will not be uniform …

The spatiotemporal transfer function for a needle or reflectance-based fiber-optic
hydrophone is modeled as separable into the product of two filters corresponding to …

A simple method for measuring the directivity of an ultrasound receiver is described. The
method makes use of a custom-designed laser ultrasound source which generates a large …

A method based on time-delay spectrometry (TDS) was developed for measuring both
magnitude and phase response of a hydrophone. The method was tested on several types …

High-intensity therapeutic ultrasound (HITU) pressure is often measured using a
hydrophone. HITU pressure waves typically contain multiple harmonics due to nonlinear …