Analysis of Chemical Warfare Agents by Portable Raman Spectrometer

[Decontamination of chemical warfare agents by photocatalysis].

Photocatalysis has been widely applied to solar-energy conversion and environmental purification. Photocatalyst, typically titanium dioxide (TiO(2)), produces active oxygen species under irradiation of ultraviolet light, and can decompose not only conventional pollutants but also different types of hazardous substances at mild conditions. We have recently started the study of photocatalytic dec...

Chemical Warfare Agents

Detection of illicit chemicals by portable Raman spectrometer

The Raman spectrometers can be built as the portable devices and can be used in various places to detect illicit chemicals. This method has become popular due to deficiency of other fast methods that could be applied against terrorist attacks or could help police at their work. The Conception of a portable Raman spectrometer has been presented. The Description enclosures the presentation of the...

Portable Raman spectrometer – design rules and applications

Raman spectroscopy has become more popular due to its new prospective field applications in forensic sciences, war against terrorism, environment protection and other field chemical analysis. Raman spectrometers can be miniaturised to portable devices and their price is decreasing due to development of optoelectronics components. Unfortunately, this technology has still numerous limitations tha...

Handbook of Toxicology of Chemical Warfare Agents

While chemical warfare agents have been used in military conflict for decades, it is only in the last two decades that increased attention has been paid to the acute and chronic health effects associated with exposure to these agents. The subsequent reports of ill-defined illnesses in the veterans of the Gulf War of 1991, followed by the 1995 sarin terrorist attack in the Japanese subway system...