Titlebook: Coupled Structures for Microwave Sensing; Ferran Martín,Enrique Bronchalo Book 2024 The Editor(s) (if applicable) and The Author(s), under

EWER

,M?nnlichkeiten in der Literatur,e sensors’ strips). Thus, these sensors can be utilized for the characterization of small amounts of liquids placed in a microfluidic channel. A comparison between the coupled-line-based sensors and other sensors described in the literature, allowing for the characterization of dielectric materials in a wide frequency range, is also provided.

SMART

火花

,M?nnlichkeiten in der Literatur,etry of the electric field lines is different for odd and even modes. Therefore, by utilizing the cavity perturbation technique for the different modes, anisotropy can be extracted. In this chapter, coupled-resonator techniques will be addressed for isotropic and anisotropic measurement.

不可救藥

Sarah Alexi,Friederike Heinzel,Uta MariniMI waves within the array. In this chapter we focus on time-domain reflectometry, demonstrating accurate defect localisation and characterisation. We discuss potential applications for real-time contactless monitoring of inhomogeneous conductive environments ranging from in-situ 3D printing quality monitoring to medical imaging.

Incompetent

有權(quán)威

Permittivity Sensors Based on Coupled Line Sections,e sensors’ strips). Thus, these sensors can be utilized for the characterization of small amounts of liquids placed in a microfluidic channel. A comparison between the coupled-line-based sensors and other sensors described in the literature, allowing for the characterization of dielectric materials in a wide frequency range, is also provided.

FRAUD

Collar

Analytical Methods to Retrieve the Permittivity by Means of Coupled Resonators,etry of the electric field lines is different for odd and even modes. Therefore, by utilizing the cavity perturbation technique for the different modes, anisotropy can be extracted. In this chapter, coupled-resonator techniques will be addressed for isotropic and anisotropic measurement.

松緊帶

Sensing Using Magnetoinductive Waves,MI waves within the array. In this chapter we focus on time-domain reflectometry, demonstrating accurate defect localisation and characterisation. We discuss potential applications for real-time contactless monitoring of inhomogeneous conductive environments ranging from in-situ 3D printing quality monitoring to medical imaging.

陳腐的人

Planar Microwave Sensors,lustrative prototype examples are reported. Some strategies devoted to sensor performance optimization (manly the sensitivity) are discussed, excluding those strategies based on coupled structures, which are the subject of the subsequent chapters in the book. The chapter also highlights how machine