To realize the compressive-pressure and non-contacting-distance measurements in the
curved-interlayer-structure of modern-industrial-equipment under temperature-interference …

The coil made of conductive polymer composite has the potential to be utilized as the
flexible contactless gap and compressive stress sensor. To solve the problem of the stress …

Graphene-based sensors have drawn significant attention in the field of monitoring due to
their excellent mechanical and electrical properties. In this study, an innovative graphene …

The effect on an electromagnetic field when a low-cost magnetically permeable object such
as copper or aluminum is placed within it can be observed to determine the object's location …

This paper presents an investigation of the temperature dependence characteristics specific
to cryogenic planar Multi-Layer Inductors (MLIs). This paper establishes that the inductance …

The design, development and testing of a cryogenically operated multilayer planar inductor
array based eddy current angular position/rotation transducer is claimed. An array of 4 multi …

Goal. In this work, the performance of an integrated planar inductor with a square geometric
shape using different materials for the substrate: Ni-Fe, Mn-Zn and Ni-Zn have been …

Planar inductive sensors have been widely used in non-contact displacement measurement
applications. Due to their advantages such as low cost, easy installation, high accuracy, and …

Cryogenic cooling is a fundamental requirement for broadband far-infrared
spectroscopicinstrumentation to benefit from state-of-the-art far-infrared detectors …

In this paper, a type of mutual inductance sensor based on the PCB technology is proposed
for cryogenic radial displacement measurement. Firstly, the feasibility of the scheme is …