Construction of portable device for fast analysis of energetic materials is described in this paper. The developed analytical system consists of two main parts: a miniaturized microcolumn liquid chromatograph of unique construction and original chemiluminescence detector. This novel portable device is able to determine selectively most of nitramine- and nitroester-based explosives as well as inorganic nitrates at trace concentrations in water or soil extracts in less than 8 minutes
AbstractThe detection of explosives and explosive-related compounds is of major importance for the m...
A computer vision-based portable measurement system is presented in this report. The system is based...
Sandia National Laboratories has conducted research in chemical sensing and analysis of explosives f...
Construction of portable device for fast analysis of energetic materials is described in this paper....
The construction of original functional sample of the portable device for fast analysis of energetic...
Progress in technology of microchips, batteries and LEDs in the last two decades enable development ...
The topic of the diploma thesis is fast separation of explosives by HPLC and development of miniatur...
Electrochemical reduction of trinitrotoluene (TNT) and several nitroaromatics has been exploited tow...
© 2014 The Royal Society of Chemistry. In this paper the development of microfluidic paper-based ana...
Rapid and inexpensive sensing of explosive traces in soil and post-blast debris for environmental an...
A field-ready prototype employing an all-MEMS gas chromatographic microsystem (μGC) for the determin...
In recent years, there has been a dramatic increase in the use of improvised explosive devices (IEDs...
A complete gas chromatographic (µGC) microanalytical system for near-real-time determinations of mar...
Explosives are now persistent environmental pollutants that are targets of remediation and monitorin...
International audienceThis paper describes a system for the detection of nitroaromatic explosives co...
AbstractThe detection of explosives and explosive-related compounds is of major importance for the m...
A computer vision-based portable measurement system is presented in this report. The system is based...
Sandia National Laboratories has conducted research in chemical sensing and analysis of explosives f...
Construction of portable device for fast analysis of energetic materials is described in this paper....
The construction of original functional sample of the portable device for fast analysis of energetic...
Progress in technology of microchips, batteries and LEDs in the last two decades enable development ...
The topic of the diploma thesis is fast separation of explosives by HPLC and development of miniatur...
Electrochemical reduction of trinitrotoluene (TNT) and several nitroaromatics has been exploited tow...
© 2014 The Royal Society of Chemistry. In this paper the development of microfluidic paper-based ana...
Rapid and inexpensive sensing of explosive traces in soil and post-blast debris for environmental an...
A field-ready prototype employing an all-MEMS gas chromatographic microsystem (μGC) for the determin...
In recent years, there has been a dramatic increase in the use of improvised explosive devices (IEDs...
A complete gas chromatographic (µGC) microanalytical system for near-real-time determinations of mar...
Explosives are now persistent environmental pollutants that are targets of remediation and monitorin...
International audienceThis paper describes a system for the detection of nitroaromatic explosives co...
AbstractThe detection of explosives and explosive-related compounds is of major importance for the m...
A computer vision-based portable measurement system is presented in this report. The system is based...
Sandia National Laboratories has conducted research in chemical sensing and analysis of explosives f...