Detection of explosives and landmines

摘要: Preface. Acknowledgements. Contributions. Chemical Methods for the Detection of Mines and Explosives M. Krausa, et al. Concept a Combined Mobile Device Landmines Identification Based on Timed Neutron Source Electromagnetic UHF Waves A. Kuznetsov. Nanogram Amounts B. Vetlicky. Humanitarian Demining: Sensor Design Signal Processing Aspects Acheroy, P. Verlinde. Electro-Optical Land Mine I. Schwaetzer. Decision-Taking Procedure by Nuclear Technique D.N. Vakhtin, Explosive Vapors in Ambient Air Ion Nonlinear Drift Spectrometry Method I.A. Buryakov. Trace Components Emanating from Hidden Kolla. Landmine with an Electronic Nose Mounted Airship J. Goschnick, Harms. Semtex Plastic Mostak, Stancl. HPM/IR Landmines: Review Update J.S. Seregelyi, The Operational Experience Prospect Development Devices Substances Thermal Radiation Analysis Y.I. Olshansky, S.G. Fillippov. Characterization Sensors - Standards G. Holl. Localisation Pre-Identification V.P. Averianov, A Neutron-Gamma Apparatus Objects Brick (Concrete) Walls M.N. Chubarov. 1. Practical Issues Manual Implications New Technologies 2. Technology Problem: Clearance Operations Trevelyan. High Efficiency Complex A.I. Karev, V.G. Raevsky.Detection Anti-Personnel using Microwave Radiometry Techniques Peichl, Performance System Airline Baggage V.V. Smirnov. Sensorics German System, MMSR C. Bittorf, Laukemper. Problem Military TNT NQR Detector V.S. Grechishkin. Nitrogen-Containing Means Small Size Accelerator V.M. Sanin, Building Database Radiolocation Characteristics their Localization V. Kaplun, S. Nesterov. Beam Destruction N.A. Ivanov, V.I. Novikov. Methodology Field Equipment Explosives, Drugs Other Organic Origin L. Meskhi.