The trinitro toluene (TNT) based land mines contain 2, 4-DNT as a manufacturing impurity,
form more vapour in the vicinity than TNT itself, and hence, due to high vapour pressure …

Abstract Goal, Scope and Background Sweden is meeting prohibition for deposition of
organic waste from 2005. Since 1 million tonnes of sludge is produced every year in …

The explosive charge within a landmine is the source for a mixture of chemical vapours that
form a distinctive chemical signature indicative of a landmine. The concentrations of these …

Abstract The Nomadics Fido sensor was developed to meet the challenges of detecting
modern plastic-cased landmines with low metal content. The search for these mines using …

Amplifying fluorescent polymers developed by collaborators at the Massachusetts Institute of
Technology (MIT) have been integrated into a handheld sensor platform capable of …

The fate and transport of explosives in the soil pore vapor spaces affects both the potential
detection of buried ordnance by chemical sensors and vadose zone transport of explosives …

We are developing a portable, artificial olfactory system based on multiple attributes of the
sense of smell to identify air-borne odors, including those associated with buried landmines …

Trace detection of energetic materials has turned into a continuously growing field of interest
for environmental and security reasons. The spectroscopic and imaging characterization of …

A novel biosensor based on surface plasmon resonance (SPR) immunoassay has been
developed for the determination of 2, 4, 6-trinitrotoluene (TNT) and its derivative …

The present invention is directbd to methods of detection, identification and monitoring of
vapor phase analytes by using sensor arrays comprising fluorophore labeled nucleic acids …