In this paper, a capacitance humidity sensor which was fabricated by interdigital electrodes
(IDEs) coated with Nafion/graphene oxide quantum dot (GOQD) thin film was reported. The …

With the rapid development and application of smart homes, sensors known as 'neurons'
have become more and more important in this field. In response to the demand for relative …

This paper reports a piezoresistive gas sensor, which detects the stress of polymer swollen
due to sorption of trace gas molecules. The sensor consists of a Si-polymer composite and a …

Carbon black (CB) is a low-cost and excellent conductive material, and polyvinyl alcohol
(PVA) is a non-conductive material with the advantages of easy processing and high …

The creation of new odors by blending existing ones is usually done manually based on the
human sense. To enable robots to perform this automatically, we developed an automated …

Magnetic sensors with high sensitivity are critical for various technological applications. This
paper presents a highly sensitive magnetic sensor based on magnetic torque. The sensor …

This article presents the design, fabrication, and evaluation of a resonant magnetic sensor
based on magnetic torque using a soft magnetic material. The sensor comprises a …

The need for humidity sensors in various fields have led to the development and fabrication
of sensors for use in industries such as the medical, textile, and laboratories. This chapter …

A metal-multilayered nanomechanical cantilever sensor was proposed to reduce the
temperature effect for highly sensitive gas molecular detection. The multilayer structure of …

A serial flexible humidity sensor based on graphene oxide (GO) fiber and quartz crystal
resonator (QCR) was proposed. The serial sensing structure was formed by electrically …