An immense number of sensors has been reported in the literature employing various
methods for the detection of different gases and vapors. This article summarizes those …

The development of nanoporous materials has gained significant attention due to their
unique structural properties and multimodalities, which are highly relevant for advanced …

The extraordinary permeability and manufacturability of ultrathin silicon-based membranes
are enabling devices with improved performance and smaller sizes in such important areas …

Biodiesel has attracted the interest of both researchers and industries as a substitute for fuel
oil. However, it still faces issues that need to be resolved, including the quality of biodiesel …

Silicon nanomembranes are thin nanoporous films that are frequently used as separation
tools for nanoparticles and biological materials. In such applications, increased differential …

Nanoporous or mesoporous structures and hence a decrease in dielectric constant can
always be induced with the introduction of air into polymeric materials. It is therefore …

Compared with other types of sensors, capacitive flexible pressure sensors (CFPS), with low
sensitivity, are more susceptible to environmental changes. It is still a considerable …

A PDMS micro-membrane surface stress biosensor with elaborate circular membrane and
corresponding electrode design is presented in this paper. A sandwich structure of two …

Insulator-based dielectrophoresis (iDEP) is a simple, scalable mechanism that can be used
for directly manipulating particle trajectories in pore-based filtration and separation …

Abstract Nanoporous Silicon Nitride (NPN) is a new ultrathin (50 nm thick) membrane with
potential applications in laboratory and industrial preparations of nanoparticles, antibodies …