Label-free biomolecular interaction analysis is an important technique to study the chemical
binding between eg, protein and protein or protein and small molecule in real-time. The …

The throughput is an important parameter for label-free biosensors. Acoustic resonators like
the quartz crystal microbalance have a low throughput because the number of sensors …

Unlike the quartz crystal microbalance, which has been used extensively for the analysis of
biochemical interactions, only few measurements with biochemical adsorbent have been …

Aluminum nitride offers unique material advantages for the realization of ultrahigh-frequency
acoustic devices attributed to its high ratio of stiffness to density, compatibility with harsh …

Miniaturized and rapid blood coagulation assay technologies are critical in many clinical
settings. In this paper, we present a ZnO film bulk acoustic resonator for the kinetic analysis …

Accurate property determination of the piezoelectric thin film material Al (1− x) Sc (x) N is
necessary for designing the next generation of radio frequency resonators in mobile …

A pure shear mode ZnO film resonator has been developed for the detection of
organophosphorous pesticides. The resonator works at near 1.47 GHz with Q-factors of 411 …

Frequent assay of hemostatic status is an essential issue for the millions of patients using
anticoagulant drugs. In this paper, we presented a micro-fabricated film bulk acoustic sensor …

When an alternating electric field is applied to an interdigitated transducer (IDT) on a
piezoelectric material, an acoustic wave is generated. The wave can propagate in a …

In this paper, we fabricate a pure-shear mode film bulk acoustic resonator based on c-axis
oriented ZnO film. The resonator is consisted of an in-plane electrode, a highly c-axis …