Author:
Miley Harry S.,Eslinger Paul W.,Bowyer Ted W.,Burnett Jonathan L.,Cooper Matthew W.,Foxe Michael P.,Haas Derek A.,Hayes James C.,Kalinowski Martin B.,Lowrey Justin D.,McIntyre Justin I.,Saey Paul R. J.,Schrom Brian T.,Ungar R. Kurt
Abstract
AbstractIn the early years of nuclear explosion monitoring, experts used downwind detections with meaningful ratios of radioactive species to identify an explosion. Today’s reality is sparse networks of radionuclide monitoring stations looking for weak signals. Analysts need to discriminate between industrial background radioactivity and nuclear explosion signals, even using the detection of one isotope. Aerosol and xenon measurements potentially related to nuclear tests in 2006 and 2013 announced by the Democratic People’s Republic of Korea and from worldwide civilian background radioactivity are considered when defining radionuclide detection anomalies to objectively guide the use of limited analyst resources and reduce the possibility of not detecting nuclear explosions.
Funder
Office of Defense Nuclear Nonproliferation
Publisher
Springer Science and Business Media LLC
Cited by
1 articles.
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