The developments of analytical contactless conductivity measurements based on capacitive
coupling over the two years from mid-2018 to mid-2020 are covered. This mostly concerns …

The review focuses on the design of detection cells, the use of microcontrollers for
processing and evaluation of the detection signal, and the development of multi-detection …

This study proposed a C 4 D sensor structure with a novel approach utilizing the complex
impedance analysis method, which includes both resistance and reactance analysis. The …

A modified capacitive-coupled contactless conductivity sensor is proposed and developed
for microfluidic flow detection based on the passive wireless inductor-capacitor (LC) …

Electrodes are basic components of C4D (capacitively coupled contactless conductivity
detection) sensors, and different electrode structures (the configuration pattern or the …

In this paper, an improved double inputs direct contact and single output capacitively
coupled conductivity detector (DISODCD) based on traditional contactless capacitively …

Using the capacitively coupled contactless conductivity detection (C4D) principle in
microfluidic systems has attracted researchers from various fields. Different measurement …

This paper presents the development of an electrode polarization impedance concept as
detection principle of bubble in flow channel. Bubble detection techniques are essential for …

A passive wireless sensor system integrated with capacitive fluidic flow detection is
proposed and developed based on the printed circuit board (PCB) technique. The capacitive …

During the global economic development, there's a growing focus on healthcare, especially
in the advancement of medical diagnostic technologies, with a significant emphasis on …