Towards determining relative densities for common unknown explosives in improvised explosive devices
Christopher Chun Ki Chan, Alexander Ferworn, Lee M. Chin
Abstract
Christopher Chun Ki Chan, Alexander Ferworn, Lee M. Chin
Abstract
This paper proposes a methodology to obtain a model for estimating relative densities of unknown substances contained in Improvised Explosive Devices (IEDs) using scanning technology and image processing techniques. We assert that this technique can provide teams involved in explosive threat detection relevant information pertaining to a range of possible types of explosive material contained within an IED.
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This paper proposes a methodology to obtain a model for estimating relative densities of unknown substances contained in Improvised Explosive Devices (IEDs) using scanning technology and image processing techniques. We assert that this technique can provide teams involved in explosive threat detection relevant information pertaining to a range of possible types of explosive material contained within an IED.
Key concepts: Explosive material, Computer science, Explosive detection, Range (aeronautics), Engineering, Aerospace engineering, Geography, Archaeology