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A Standards and Measurement Infrastructure for Calibration, Verification and Optimization of Trace Explosives Detection Systems

Published

Author(s)

John G. Gillen, Jennifer R. Verkouteren, R M. Verkouteren, Marcela N. Najarro, Edward R. Sisco, Matthew E. Staymates, Jessica L. Staymates, Robert A. Fletcher, Jeffrey A. Lawrence, Elizabeth L. Robinson, Alexander T. Bulk, Joseph A. Bennett, Shinichiro Muramoto, Thomas P. Forbes

Abstract

Current national priorities in homeland security have led to an unprecedented level of utilization of explosives trace detection (ETD) systems for counterterrorism and law enforcement. Despite the widespread deployment of ETD instruments at airports, military installations and in law enforcement applications, there remains a critical need for robust standard materials and procedures to calibrate, verify and optimize the performance characteristics of these systems. Consensus and control of these fundamental criteria are critically important for making informed, balanced, and defendable decisions in the continual upgrades to homeland security programs. This paper describes recent activities at the National Institute of Standards and Technology (NIST) to support these objectives.
Citation
Journal of ASTM International
Issue
1614

Keywords

ion mobility spectrometer, homeland security, aviation checkpoint screening, explosives trace detection

Citation

Gillen, J. , Verkouteren, J. , Verkouteren, R. , Najarro, M. , Sisco, E. , Staymates, M. , Staymates, J. , Fletcher, R. , Lawrence, J. , Robinson, E. , Bulk, A. , Bennett, J. , Muramoto, S. and Forbes, T. (2019), A Standards and Measurement Infrastructure for Calibration, Verification and Optimization of Trace Explosives Detection Systems, Journal of ASTM International, [online], https://doi.org/10.1520/STP161420180050 (Accessed September 24, 2021)
Created April 15, 2019, Updated November 18, 2019