Advances in wearable nanomaterial-based sensors for environmental and health monitoring: A comprehensive review

초록

This review article provides a thorough summary of wearable nanomaterial-based environmental sensing and health monitoring technologies. A wide variety of flexible sensors are examined, such as self-powered healthcare monitoring systems and electronic skin-based sensors for temperature, pressure, strain, humidity, and gas detection. The design, operation, and particular uses of these sensors in environmental sensing and health monitoring are examined in this study. The incorporation of nanomaterials greatly improves their performance, sensitivity, and flexibility, allowing for real-time monitoring in a variety of settings. We also discuss the limitations and difficulties that currently exist in the creation and application of these sensors, emphasising viable fixes and future lines of investigation. Our analysis highlights how nanomaterials are revolutionising flexible sensor technologies and opening up new avenues for creative applications in personalised healthcare and environmental management.

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