Fast and precise identification of toxic G-series nerve agents in the solution and vapor phase
is urgently needed to save human beings from unwanted wars and terrorist attacks, which is …

Extremely toxic G-series nerve agents are used as weapons for mass destruction in wars
and terrorist attacks. So, rapid and accurate detection of these dangerous nerve agents is …

Organophosphorus-based nerve agents are extremely toxic. Their use in terrorist attacks
and wars has caused increased interest in developing simple, portable, displayable, and …

A benzoxazole-based fluorosensor (IMP) has been synthesized and employed for the
selective and sensitive detection of sarin surrogate, diethylchlorophosphate (DCP) in …

Diethyl chlorophosphate (DCP) has similar reactivity to sarin, which is widely known as a
nerve agent that is often used in terrorist attacks. As DCP lacks high toxicity, it can be used …

The development of fluorescent probes for detecting nerve agents has been the main
concern focus of research because of their lethal toxicity for humans. Herein, a probe …

Herein, we have designed and synthesized an effective fluorogenic chemosensor, BTCP for
the sensing of DCP, a very low toxic simulant of sarin both in the vapour and solution …

In this paper, a quinoline-based (BIMQ) probe was developed, and it displayed ratiometric
detection of organophosphorus (OP) chemical vapor threat DCP. Upon addition of the nerve …

Sarin, used as chemical warfare agents (CWAs) for terrorist attacks, can induce a number of
virulent effects. Therefore, countermeasures which could realize robust and convenient …

Although human beings enjoy a relatively peaceful atmosphere, chemical terrorist attacks
are still a public safety emergency, and the ability to rapidly and precisely detect chemical …