New fluorescent probes have been tested for their ability to detect nitramine (RDX) and nitroaromatic (TNT) explosives. The probes display turn-on behavior upon exposure to RDX, while their fluorescence is dramatically reduced by the presence of TNT and other nitroaromatic compounds. The probes are applicable in qualitative assays that can distinguish between RDX and TNT as well as acidity and formaldehyde vapors
To be able to detect explosives ultra-traces has become a societal need particularly to anticipate t...
A method of introducing pulses of analyte vapours has been developed to study the interactions of ni...
We present a study on three generations of fluorescent carbazole dendrimers that exhibit strong bind...
We have investigated a series of branched fluorescent sensing compounds with thiophene units in the ...
© 2021, The Author(s), under exclusive licence to Springer Science+Business Media, LLC, part of Spri...
We have investigated a series of branched fluorescent sensing compounds with thiophene units in the ...
International audienceThis paper describes a system for the detection of nitroaromatic explosives co...
The sensing and differentiation of explosive molecules is key for both security and environmental mo...
The concentration of the chemical vapors emanating from landmines is very low. The equilibrium vapor...
Selective and discriminative detection of -NO2 containing high energy organic compounds such as picr...
AbstractThere is a strong demand for a fast and reliable detection of explosives because of their us...
A fluorometric sensing array was developed to detect and discern common military explosives and mate...
The sensing and differentiation of explosive molecules is key for both security and environmental mo...
International audienceFor the development of fluorescent sensors, one of the key points is choosing ...
A simple controlled chemical reduction of 1,3,5-trinitro-1,3,5-triazacyclohexane (RDX) and related n...
To be able to detect explosives ultra-traces has become a societal need particularly to anticipate t...
A method of introducing pulses of analyte vapours has been developed to study the interactions of ni...
We present a study on three generations of fluorescent carbazole dendrimers that exhibit strong bind...
We have investigated a series of branched fluorescent sensing compounds with thiophene units in the ...
© 2021, The Author(s), under exclusive licence to Springer Science+Business Media, LLC, part of Spri...
We have investigated a series of branched fluorescent sensing compounds with thiophene units in the ...
International audienceThis paper describes a system for the detection of nitroaromatic explosives co...
The sensing and differentiation of explosive molecules is key for both security and environmental mo...
The concentration of the chemical vapors emanating from landmines is very low. The equilibrium vapor...
Selective and discriminative detection of -NO2 containing high energy organic compounds such as picr...
AbstractThere is a strong demand for a fast and reliable detection of explosives because of their us...
A fluorometric sensing array was developed to detect and discern common military explosives and mate...
The sensing and differentiation of explosive molecules is key for both security and environmental mo...
International audienceFor the development of fluorescent sensors, one of the key points is choosing ...
A simple controlled chemical reduction of 1,3,5-trinitro-1,3,5-triazacyclohexane (RDX) and related n...
To be able to detect explosives ultra-traces has become a societal need particularly to anticipate t...
A method of introducing pulses of analyte vapours has been developed to study the interactions of ni...
We present a study on three generations of fluorescent carbazole dendrimers that exhibit strong bind...