As a subcategory of acoustic metamaterials, membrane acoustic metamaterials (MAMs) are
lighter and more adjustable than other types of acoustic metamaterials when it comes to low …

Acoustic transducers with graphene film have high sensitivity and wide bandwidth of
frequency response as receivers. However, they exist in transmitting mode with low radiation …

High-frequency ultrasound imaging arrays are important for a broad range of applications,
from small animal imaging to photoacoustics. Capacitive micromachined ultrasonic …

The ability to tune the resonant frequency of a self‐assembled ultrasonic metamaterial with
mesoscale spatial resolution, after fabrication, by up to 250% is demonstrated. This tunability …

In view of the maturity of fabrication processes for capacitive micromachined ultrasonic
transducers (cMUTs), engineers and researchers now need efficient and accurate modeling …

Dispersive surface waves on an acoustic 2D metamaterial, a metasurface consisting of
membranes on a rigid surface, have certain propagation characteristics with potential …

A micromachined ultrasonic transducer (MUT)‐type acoustic metamaterial that achieved
acoustic impedance matching between materials with different acoustic impedances was …

Surface acoustic waves propagating over an immersed membrane metasurface, such as an
array of capacitive micromachined ultrasonic transducers, can be leveraged to achieve …

We show the structure and matching theory of MUT‐type acoustic matching device. A
simulation model of the finite element method was constructed and the following evaluations …

Lamb waves propagating in the substrate of linear arrays integrated on a silicon (Si) chip
may degrade the elementary performances of the imaging device. In fact, these waves are …