This paper presents a data-driven design and optimization of acoustic metamaterials with
three-phase materials for highly tunable wave transmission. The geometry of representative …

Objective. Proton arc plan normally contains thousands of spot numbers and hundreds of
energy layers. A recent study reported that the beam delivery time (BDT) is proportional to …

The emerging need of wearable healthcare monitoring systems for eg predicting cognitive
decline, necessitates practical requirements such as high sensor sensitivity and low …

The development of piezoelectric sensors using ferroelectrets is a very active field that is
increasingly gaining importance. Recently, 3D-printing ferroelectret sensors using fused …

We studied a typical mechanical metamaterial with different geometry patterns to
demonstrate its effect in wave transmission. An inclusion geometry described by the …

New, smaller and easy-to-carry hyperspectral imaging systems are changing the way we
monitor the environment. These systems use advanced sensors to get information from the …

Plasma interacting with electrodes is one of the most challenging issues in many industrial
applications, such as power-interruption and plasma-metal erosion. Because of the …

Substantial energy dissipation in arc discharge results in strong wall and electrode erosion
in a circuit breaker chamber, which largely alters arc plasma properties and thus affects the …

Low-voltage arc quench is one of the most processes for a successful power interruption in
circuit breakers. Typical circuit breakers are designed to switch off the fault current within half …

The emerging need of wearable healthcare monitoring systems for eg predicting cognitive
decline, necessitates practical requirements such as high sensor sensitivity and low …