Despite its long history, a double-concave (DC) Fabry-Perot open resonator (FPOR) has
recently gained popularity in the characterization of dielectrics in the 20–110 GHz range …

In this paper we introduce a novel approach to measurement of electric conductivity of bulk,
metallic samples. The method is based on a Fabry–Pérot Open Resonator operating in the …

Advancements in the automation and numerical modeling of a Fabry–Perot open resonator
(FPOR) have made it a very convenient technological platform for various applications …

This summary presents initial results of the EUREKA-Eurostars 5G_Foil project aiming at the
development of industrial screening methods for copper foils for high-frequency …

A Fabry-Perot open resonator has become a versatile tool for the broadband room-
temperature microwave characterization of various kind of materials, including dielectric …

A rapidly increasing need for high-speed cable assemblies prompts the need for microwave
characterization of wires at frequencies well beyond a few GHz. Therefore, the resonant …

This paper presents a measurement method being capable of characterizing impact from
sintering on reached electrical conductivity of nano silver inks. Therefore, a measurement …

Non-destructive testing (NDT) is one of many techniques that have been developed over the
years to facilitate the process of evaluating and inspecting material properties in a wide …

Microwave cavity resonators are of major interest for characterisation of dielectric materials
in many applications such as petroleum and chemical, biomedical and pharmaceutical, food …