Chandrakant S. Sonar, Arun M. Patil
The growth of gas sensors (GSs) that combine high sensitivity, selectivity, and ultra-low power consumption has increased due to the high need for continuous ecological and health monitoring. Because of its strong acid-base interaction with NH₃ molecules, room-temperature functioning, and customizable electrical characteristics, polyaniline (PANI) has become one of the most promising conducting polymers for ammonia (NH₃) detection. This work offers a complete review of polyaniline-based sensors for next-generation NH₃ sensing, with a special focus on ultra-low power operation suited for wearable, portable, and Internet-of-Things (IoT) applications. Important elements are thoroughly examined and critically contrasted, including synthesis pathways, nano-structuring techniques, composite creation, device topologies, and transduction processes. Environmental and health monitoring needs are taken into consideration while analyzing performance indicators such as sensitivity.
@article{06462c54-099b-4b0e-96f6-48c1ec84403e,
title={Comprehensive assessment of polyaniline based sensors for ultra l 2026 Next },
author={Chandrakant S. Sonar and Arun M. Patil},
year={2026},
language={en}
}TY - JOUR TI - Comprehensive assessment of polyaniline based sensors for ultra l 2026 Next AU - Chandrakant S. Sonar AU - Arun M. Patil PY - 2026 LA - en ER -
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