Organic nanofibrils based on linear carbazole trimer for explosive sensing
… Following the initial success of sensing of nitroaromatic explosives, we explored the
sensing capability of the nanofibril film over the nitroaliphatic explosives, specifically,
nitromethane, which represents one of the highly volatile explosives (vapor pressure 36 [thin
space (1/6-em)] 000 ppm), and still remains challenging for detection by current … In
summary, we have fabricated fluorescent nanofibrils from a 2,7-linked carbazole trimer. The
film deposited from these nanofibrils demonstrated efficient vapor sensing for nitrobased …
sensing capability of the nanofibril film over the nitroaliphatic explosives, specifically,
nitromethane, which represents one of the highly volatile explosives (vapor pressure 36 [thin
space (1/6-em)] 000 ppm), and still remains challenging for detection by current … In
summary, we have fabricated fluorescent nanofibrils from a 2,7-linked carbazole trimer. The
film deposited from these nanofibrils demonstrated efficient vapor sensing for nitrobased …
Organic fluorescent nanofibrils were fabricated from a linear carbazole trimer and employed for expedient detection of nitroaromatic explosives (DNT and TNT) and highly volatile nitroaliphatic explosives (nitromethane).
The Royal Society of Chemistry以上显示的是最相近的搜索结果。 查看全部搜索结果