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Nuclear safety / Nuclear reactors / Nuclear meltdown / Shutdown / Subcritical reactor / Loss-of-coolant accident / Decay heat / Experimental Breeder Reactor II / Energy amplifier / Nuclear technology / Nuclear physics / Energy


Applicability of Passive Safety to Accelerator-driven Systems
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City

Tokyo / Madrid / Cass Ave. / Pittsburgh / Moscow / Seattle / LYON / Baltimore / Chicago / Accelerator Technology / Paris / Stockholm / /

Company

J. E. Cahalan Argonne National Laboratory / Svensk Kärnbränslehantering AB / Accelerator Driven Transmutation Systems / D. M. LUCOFF A. E. / /

Country

United States / Sweden / /

Currency

USD / /

/

Facility

Reactor Analysis / Reactor Physics / Royal Institute of Technology / Systems M. Eriksson* Royal Institute of Technology / The plant / /

IndustryTerm

metal / liquid metal reactors / heavy liquid metal coolants / liquid-metal reactor / electrical device / self-actuated shutdown devices / acceleratordriven systems / heavy-metal cooled reactors / passive safety systems / liquid metal reactor development program / energy / steel / /

Organization

U.S. Atomic Energy Commission / Swedish Center / Institute of Technology / Stockholm Center for Physics / Astronomy and Biotechnology / International Atomic Energy Agency / Navy / /

Person

Sing Core / /

Position

representative / driver for reactivity input by Doppler effect / controller / /

Product

P-733 / /

ProvinceOrState

Illinois / Washington / /

Technology

Biotechnology / ATM / Heat Transfer / /

SocialTag