2002
DOI: 10.1126/science.1077855
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Nuclear Power Plants and Their Fuel as Terrorist Targets

Abstract: Shield building wall1-meter-thick reinforced concrete. Steel rods ~6.5 cm in diameter, spaced ~13 cm apart Bio shield Leaded concrete ~1.2 m thick with steel lining ~2.5 cm thick inside and out Reactor vessel 21.3 m tall. ~6.4 m in diameter. High tensile steel 10 to 20 cm thick Reactor fuel Weir wall Concrete 46 cm thick. ~7.3 m tall Pedestal Concrete ~1.6 m thick with steel lining ~2.5 cm thick inside and out Dry well wall Metal reinforcement Steel rods ~6.5 cm in diameter, spaced ~13 cm apart. ~1.5 m thick r… Show more

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Cited by 24 publications
(7 citation statements)
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“…In both cases, the critical factor is the ability of a turbine shaft to penetrate the multiple layers of containment that surround the reactor core. Although some questions remain regarding the effects of a deliberate aircraft attack on a nuclear power plant, these events would not likely present more severe stresses on reactor containment systems than those originally used as the design basis (147)(148)(149)(150). Higher impact speeds tend to reduce the probability that a large aircraft could be flown into a specific point on a power plant, reducing the risk somewhat (151).…”
Section: Reactorsmentioning
confidence: 99%
“…In both cases, the critical factor is the ability of a turbine shaft to penetrate the multiple layers of containment that surround the reactor core. Although some questions remain regarding the effects of a deliberate aircraft attack on a nuclear power plant, these events would not likely present more severe stresses on reactor containment systems than those originally used as the design basis (147)(148)(149)(150). Higher impact speeds tend to reduce the probability that a large aircraft could be flown into a specific point on a power plant, reducing the risk somewhat (151).…”
Section: Reactorsmentioning
confidence: 99%
“…Recent treatments of Homeland Security research concentrate on how to spend billions to protect sensitive installations from attack (14,15). But this last line of defense is probably easiest to breach because of the multitude of vulnerable and likely targets (including discotheques, restaurants, and malls), the abundance of would-be attackers (needing little supervision once embarked on a mission), the relatively low costs of attack (hardware store ingredients, no escape needs), the difficulty of detection (little use of electronics), and the unlikelihood that attackers would divulge sensitive information (being unaware of connections beyond their operational cells).…”
Section: Dubious Public Perceptionsmentioning
confidence: 99%
“…However, evidence from kinetic tests in the United States indicates that plunging jet aircraft into nuclear installations will not cause a reactor meltdown nor inflict catastrophic damage on nuclear facilities (see Chapin 2002;and Nuclear Energy Institute 2002). An extensive study of reactor security published by the US Government Accountability Office has concluded that, since 9/11, substantial advancements have been achieved across a broad spectrum of conceivable security scenarios involving American nuclear facilities (US NRC 2006).…”
Section: Would a Domestic Nuclear Industry Be Vulnerable To Terrorism?mentioning
confidence: 98%