Acceso abierto

History of Detection of Explosive Devices 2. (1951 to the Present)


Cite

Afghan photographs of soldiers of the Soviet army. Afghanistan - how it was (color photos). (2019), available at: https://kollege.ru/sochineniya/afganskie-fotografii-soldat-sovetskoi-armii-afganistan-kak-eto.html, accessed on: 17 April 2020.Search in Google Scholar

Bucsák, M. et al. (2015). 70 Years in the Shadow of Risk to Life – the History of Hungarian EOD Units 1945-2015. Zrínyi Kiadó, Budapest, 29.Search in Google Scholar

Falkland’s Demining Project fourth phase draws to a close, https://en.mercopress.com/2016/02/24/falkland-s-demining-project-fourth-phase-draws-to-a-close, accessed on 27 March 2020.Search in Google Scholar

Görög, I., & Padányi, J. (2005). The Hungarian Engineer Contingent in IFOR-SFOR – 1996-2002 Zrínyi Kiadó. Budapest.Search in Google Scholar

Headquarters Department of the Army. (1965). Boobytraps, Field Manual 5-31. Washington, D.C.Search in Google Scholar

Horváth, T. (2019). Emergency cases at countering improvised explosive devices, and their potential management. Land Forces Academy Review, Vol. XXIV, Issue 2, 95-106. https://www.mycity-military.com/slika.php?slika=192952_162477311_DIM%20na%20BRDM2.jpg, accessed on 12 April 2020.10.2478/raft-2019-0011Search in Google Scholar

Husky Vehicle Mounted Mine Detection System, available at: https://www.military.com/equipment/husky-vehicle-mounted-mine-detection-system, accessed on: 17 April 2020.Search in Google Scholar

Lukács, L. (1998). Problems with Land Mines and Potential Solutions with Regard to the Possible Involvement of the HDF. MKK, Vol. VIII. Issue 3-4. Budapest.Search in Google Scholar

Lukács, L. (2002). A Brief History of Mines. National University of Public Service, Vol. 6. Issue 3, Budapest, 34.Search in Google Scholar

Mueller, O. (1995). Features of the Use and Deactivation of Explosive Devices Made from Modern Improvised Materials and the Potential Future Development Trends with Regard to Terrorism. Academic dissertation.Search in Google Scholar

NATO Standardization Office (NSO). (2016). ATP-3.12.1.3, Allied Tactical Doctrine for Route Clearance. Edition A, Version 1, 1-1.Search in Google Scholar

Padányi, J. (2000). The Repatriation of Displaced Persons in Bosnia and Herzegovina. Military Science, Vol. X. Issue 2. Budapest, 121.Search in Google Scholar

Szabó, S. (2014). The Clearance of Roads and Areas I. MKK, Vol. XXIV, Issue 3. Budapest, 20.Search in Google Scholar

Szatai, Zs. J. (2018). On the basis of AJP-3.15 Allied Joint Doctrine for Countering Improvised Explosive Devices, NATO Standardization Office (NSO), 1-6.Search in Google Scholar

Szatai, Zs. J. (2019). Technical Assets for the Detection of Explosive Devices with Metal Components. MKK Vol. 29, Issue 1, Budapest, 122.Search in Google Scholar

United States General Accounting Office. (2002). GAO-02-1003 Military Operations Information on U.S. Use of Land Mines in the Persian Gulf War. Washington, DC, 15.Search in Google Scholar

United States Marine Corps. (1989). Professional Knowledge Gained from Operational Experience in Vietnam, 1969, Special Issue, Mines and Boobytraps (FMFRP 13-43). Washington DC: Author.Search in Google Scholar