Method for Detection of Fissioning and Explosive Substances
Detection of explosive substances (ES) has recently become a central issue due to the increase of the number and variety of terrorist acts committed in many regions and countries all over the world including Russia. Especially dangerous is use of ES during hijacking attempts and in crowded public places. To successfully fight against these crimes, the corresponding agencies should be equipped with effective technical means for remote detection of masked ES.
KeywordsNeutron Source Neutron Radiation Neutron Pulse Nuclear Method Explosive Substance
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- 1.Fialkovsky A.M., Gavrish Yu.N., Sidorov A.V., Vorogushin M.F. Method for detection of explosives and fissionable substances. Russian patent JNTs 2150105. Priority since May 26,1999 (in Russian).Google Scholar
- 2.Fialkovsky A.M., Gavrish Yu.N., Sidorov A.V., Vorogushin M.F. (1996) On remote identification of fissionable substances using linear accelerator of hydrogen ions, Preprint 11-0946. M.: TSNIIAtominform (in Russian).Google Scholar
- 3.Fialkovsky A.M., Gavrish Yu.N., Sidorov A.V., Vorogushin M.F. (1996) Identification of fissionable substances at remote objects using an accelerated deuteron beam, Proceed, of XV Meeting on Charged Particles Accelerators (in Russian), IFVE, Protvino, October 22-24, v.2, 407-410 (in Russian).Google Scholar
- 4.Fialkovsky A.M., Gavrisch Yu.N., Sidorov A.V., Svistunov Yu.A., Vorogushin M.F. (2000) NPK LUTS project of contraband detection system, Proc, of the XX International Linac Conference, Monterey USA, August 21-25, vol. I, 633-636.Google Scholar