For a long time, humidity sensors have been mainly used in detecting humidity of ambient conditions, such as industry, agriculture, and smart home. With the development of wearable electronic systems, humidity sensors have attracted great attention in human body-related (HBR) humidity detection (such as respiratory behavior, speech recognition, skin moisture, non-contact switch, and diaper monitoring). Therefore, significant efforts have been recently devoted to the development of HBR humidity sensors. Although remarkable achievements have been made in this field, many challenges still exist. Herein, we review and analyze the recent advances in HBR humidity sensors. Initially, we introduced the basic concept. Then, the various applications of humidity sensors for HBR humidity detection are systematically summarized and discussed. Finally, combined with the research progress of the HBR humidity sensor, the challenges in this field are prospected. We expect that this critical review will provide great insight and direct the research prospectus of the HBR humidity sensors.

Recent advances in humidity sensors for human body related humidity detection

Recent Advances in Carbon Material-Based Multifunctional Sensors and Their Applications in Electronic Skin Systems

The paper presents a substantial review on the different kinds of strain sensors that have been employed as wearable sensing prototypes. The importance of strain sensors lies in their low cost, high sensitivity and multifunctional applications. The flexible strain sensors have been developed with printing techniques that have generated prototypes with varied electrical, mechanical and thermal characteristics. These types of devices have been primarily used for biomedical applications, where a small amount of deflection holds a crucial worth to monitor acute and chronic anomalies in human beings. Among the major areas in healthcare applications where strain sensors have been utilized, wearable sensing holds a pivotal role due to their capability of ubiquitous monitoring. The wearable sensors have been designed and fabricated with a range of processing materials, based on their respective applications. Along with the significant research related to the fabrication and implementation of wearable strain sensors, explanation related to the challenges of the current sensors and their futuristic possibilities have also been showcased in the paper.

A review on fabrication, characterization and implementation of wearable strain sensors

This paper reviews recent progress in the fabrication of graphene-based polymer nanocomposites and their applications. The modification of graphene, graphene oxide, reduced graphene oxide and the u...

https://www.tandfonline.com/doi/pdf/10.1080/23312009.2020.1833476

Recent progress in graphene based polymer nanocomposites

A flexible dual parameter sensor with hierarchical porous structure for fully decoupled pressure-temperature sensing

Flexible Humidity and Pressure Sensors Realized by Molding and Inkjet Printing Processes with Sandwich Structure

High‐Performance Flexible Pressure and Temperature Sensors with Complex Leather Structure

Preparation and properties of pyrimidine polymer - Based graphene compounds and their platinum catalysts

High Temperature Sensitivity Pressure Sensors Based on Filter Paper as a Mold

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Papers

Flexible Humidity and Pressure Sensors Realized by Molding and Inkjet Printing Processes with Sandwich Structure

High‐Performance Flexible Pressure and Temperature Sensors with Complex Leather Structure

Preparation and properties of pyrimidine polymer - Based graphene compounds and their platinum catalysts

High Temperature Sensitivity Pressure Sensors Based on Filter Paper as a Mold