Abstract
In the research of nanocomposite, its selective and sensitive explosive
detection is very critical. Due to a series of causes, including the vast collection of
materials that can be used as explosives, lack of easy to detect signatures and broad
ranges of means to deploy such weapons, and lack of affordable sensors of great
sensibility and selectivity, explosive trace detection has been exceedingly difficult and
costly. The fight against explosives needs a high resilience and selectivity coupled with
the potential to lower deployment costs of sensors using mass processing. Nanosensors
should fulfill the criteria of an efficient framework for explosive trace detection. In this
research work, we confer about the ability of nanosensors to detect trace explosions,
based upon high sensitivity and selectivity on nano mechanical sensors for both
receiver and receptor-free sensing, which can be used because of their versatility and
are incorporated into a multimodal sensor system.
Keywords: Explosives, Nanocomposites, Nanosensors, Polymeric Nanocomposites, Nitramines
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