Humidity Sensors. Advances in Reliability, Calibration and Application

• Main Author: Cascioli, Vincenzo (auth)
• Other Authors: McCarthy, Peter W. (auth), Liu, Zhuofu (auth)
• Format: Electronic Book Chapter
• Language: English
• Published: MDPI - Multidisciplinary Digital Publishing Institute 2019
• Subjects: History of engineering & technology; emissivity; transient response; Trace moisture; user interaction; IDE; SHT75; random shocks; humidity sensor; calibration points; measurement uncertainty; humidity; porous materials; building materials; Monte Carlo method; relative humidity; capacitive sensors; reliability model; microwave resonator; remote sensing; body-seat interface; low pressure; moisture; low temperature; bio fuel; three-dimensional graphene foams; moisture measurement; dual temperature-humidity sensor; humidity sensors; FD; consumer grade weather stations; CO2; fast response; frequency domain; dependent competing failure; dielectric constant; time domain reflectometry; agriculture; saturated salt solutions; winter fire risk; Mars in-situ measurements; experimental simulation chambers; paper mill; capacitive; sitting rate; infrared radiant source; calibration; capacitive humidity sensors; self-recovery; carbon dioxide; TDR; ball SAW sensor; Martian atmosphere; surface acoustic wave; permeation tube; thermal impact; SIDE; surface soil water content; PI
• Online Access: DOAB: download the publication; DOAB: description of the publication

Summary

Humidity detection has deep significance for the scientific research surrounding medical care and human performance, and the industrial development of agriculture, geography and automated instruments. This special issue aims to showcase some of the advancements in humidity sensor design and calibration, and its applications. The selected papers cover a variety of humidity sensor-related topics including material science, chemistry and industrial engineering. Through dedicated contributions from peer reviewers and the editorial team, this book aims to offers reader some insight into the field of humidity sensor development and use.

Physical Description

1 electronic resource (198 p.)

ISBN

books978-3-03921-123-4
9783039211234
9783039211227

Access

Open Access