By Jenner, John; Thiermann, Horst; Worek, Franz
ISBN-10: 1782622411
ISBN-13: 9781782622413
ISBN-10: 1782628037
ISBN-13: 9781782628033
ISBN-10: 1782628045
ISBN-13: 9781782628040
ISBN-10: 1782628061
ISBN-13: 9781782628064
ISBN-10: 1849739692
ISBN-13: 9781849739696
Regardless of ongoing efforts to ban the creation, garage and use of chemical conflict brokers contemporary international occasions spotlight the long-lasting probability to the inhabitants from those brokers. study efforts in numerous nations have led to novel insights into chemical battle toxicology that has enabled the advance of recent techniques for the prognosis and therapy of chemical struggle poisoning. This booklet offers an up to date treatise at the ongoing examine into the toxicology of chemical battle brokers, the analysis and verification of publicity, and the pre- and post-exposure remedy of poisoning. Focussing at the basics of the toxicology of nerve brokers and vesicants, this publication will supply the reader a accomplished assessment of the various diverse elements of chemical war agent toxicology. The textual content will attract toxicologists, biochemists and guns experts operating in and academia, and somebody with an curiosity in chemical struggle toxicology or publicity
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Extra info for Chemical Warfare Toxicology, Volume 1
Sample text
G. oil versus water). Most liquid CW agents resemble organic liquids or oils, and have a significantly lower surface tension than water. They tend to spread on surfaces, getting into parts that are difficult to decontaminate with water-based decontaminants. Viscosity determines thickness, how readily an agent sticks to surfaces, and drop size on dissemination. 48 Particulate aerosols are most efficiently generated thermally or pneumatically, targeting the lung as the primary portal of entry. One of the most efficient and rapid means of disseminating solid agents is using multiple pyrotechnic sub-munitions.
T. C. Marrs, R. L. Maynard and F. R Sidell, 2nd edn, Wiley, Chichester, 2007, ch. 26, pp. 543–612. E. J. Olajos and W. Stopford, Introduction and Historical Perspective, in Riot Control Agents: Issues in Toxicology, Safety, and Health, ed. E. J. Olajos and W. Stopford, CRC Press, Boca Raton, 2004, pp. 1–15. T. C. Marrs, I. V. Allen and H. F. Colgrave, Neurotoxicity of 1-methoxycycloheptatriene – a Purkinje cell toxicant, Human Exp. Toxicol, 1991, 10, 93–101. A. , ed. A. M. Pearson, M. I. Chevrier and M.
5, pp. 100–102. W. Englund, Ex-Soviet scientist says Gorbachev’s regime created new nerve gas in ’91, Baltimore Sun, 16 Sept 1992, 3A. A. E. Smithson, V. S. Mirzayanov, R. Lajoie and M. Krepon, Chemical Weapons Disarmament in Russia: Problems and Prospects, The Henry L Stimson Center, Report No. 17, 1995. V. S. , Denver, 2008. E. Halámek and Z. Kobliha, Potential chemical warfare agents, Chem. Listy, 2011, 105, 323–333. H. Salem, B. Ballantyne and S. Katz, Chemicals Used for Riot Control and Personal Protection, in Chemical Warfare Agents, Chemistry, Pharmacology, Toxicology, and Therapeutics, ed.
Chemical Warfare Toxicology, Volume 1 by Jenner, John; Thiermann, Horst; Worek, Franz
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