Modern devices based on modular designs require versatile and universal sensor
components which provide an efficient, sensitive, and compact measurement unit. To …

Mass measurements in the mega-to giga-Dalton range are essential for the characterization
of natural and synthetic nanoparticles, but very challenging to perform using conventional …

A new analytical formula predicting the quality factor of a wide range of flexural mechanical
resonators operating in a viscous fluid medium is presented. The formula is derived from a …

La spectrométrie photoacoustique QEPAS constitue l'une des méthodes les plussensibles
pour la détection de gaz à l'état de traces. Ses performances sont étroitement liées àcelles …

In the current state-of-the-art, a wide variety of devices, from computer clocks to smartphone
accelerometers and from pressure gauges to atomic force microscope sensors, rely on …

We present experimental data on resonant behavior of the first flexural mode of a silicon
nitride cantilever in noble gas ambients of He, Ar, and Xe. To this aim thermal noise spectra …

Добротность колебательного контура чувствительного элемента МЭМС-датчика
зависит от многих факторов, в том числе от геометрии чувствительного элемента и …

Material science includes the characterisation of the physical behaviour as well as the
development of novel structures and material compositions. These interrelating aspects are …

In this thesis work, a photoacoustic THz gas sensor (operating in the 620-690 GHz band)
used for monitoring Volatile Organic compounds (VOCs) in food packages is presented. This …

For the single silicon cantilevers with low kinetic Reynolds numbers from 0.06 to 0.17, a
modification of the existing approximate model for air damping analysis is presented. The …