About: Material unaccounted for

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Material unaccounted for (MUF), in the context of nuclear material, refers to any discrepancy between a nuclear-weapons state's physical inventory of nuclear material, and the book inventory. The difference can be either a positive discrepancy (an apparent gain of material) or a negative discrepancy (an apparent loss of material). Nuclear accounting discrepancies are commonplace and inevitable due to the problem of accurately measuring nuclear materials. This problem of inaccurate measurement provides a potential loophole for diversion of nuclear materials for weapons production. In a large plant, even a tiny percentage of the annual through-put of nuclear material will suffice to build one or more nuclear weapons.

Attributes	Values
rdfs:label	核物質不明量 (ja) Material unaccounted for (en)
rdfs:comment	核物質不明量 (英： Material unaccounted for ; MUF)は、における核物質、特にプルトニウムの量の管理に関する、原子力の用語である。もっと直訳的に不明物質量、あるいはもっと穏便な表現で、在庫差と呼ばれる場合も多い。 (ja) Material unaccounted for (MUF), in the context of nuclear material, refers to any discrepancy between a nuclear-weapons state's physical inventory of nuclear material, and the book inventory. The difference can be either a positive discrepancy (an apparent gain of material) or a negative discrepancy (an apparent loss of material). Nuclear accounting discrepancies are commonplace and inevitable due to the problem of accurately measuring nuclear materials. This problem of inaccurate measurement provides a potential loophole for diversion of nuclear materials for weapons production. In a large plant, even a tiny percentage of the annual through-put of nuclear material will suffice to build one or more nuclear weapons. (en)
foaf:depiction
dcterms:subject	Nuclear history Nuclear weapons Nuclear materials Environmental impact of nuclear power Nuclear safety and security
Wikipage page ID	67020799 (xsd:integer)
Wikipage revision ID	1118652171 (xsd:integer)
Link from a Wikipage to another Wikipage	Enriched uranium Department of Trade and Industry (United Kingdom) Nuclear history Joint Comprehensive Plan of Action Reuters United Kingdom United States United States Army War College United States Department of Energy United States Department of State Uranium hexafluoride Vladimir Putin Defense Nuclear Facilities Safety Board Defense in depth (nuclear engineering) India–United States Civil Nuclear Agreement United States Atomic Energy Commission Nuclear material Uranium ore Russia Cold War Elmer B. Staats George Tenet Moscow Convention on the Physical Protection of Nuclear Material The New York Times Nuclear weapons Arms Control Association Nuclear materials Center for Public Integrity Cesium Treaty on the Non-Proliferation of Nuclear Weapons Trevor Sargent Western world Aizaz Ahmad Chaudhry Al-Qaeda European Atomic Energy Community Federation of American Scientists France Niger North Korea Nuclear Non-Proliferation Treaty Nuclear Regulatory Commission Nuclear Threat Initiative Nuclear non-proliferation treaty Nuclear reprocessing Nuclear weapons Clerical worker Green Party (Ireland) Highly enriched uranium Environmental impact of nuclear power International Atomic Energy Agency Iran Nuclear safety and security Atomic Energy Regulatory Board China Karen Silkwood Kerr-McGee Kiloton Black market Nuclear transmutation Dissolution of the Soviet Union Autorité de sûreté nucléaire dbr:Plutonium Plutonium(IV) oxide Plutonium-239 Policy of deliberate ambiguity Porter Goss Soviet Union Michael McFaul Middle East Forum National Nuclear Safety Administration Natural Resources Defense Council Office for Nuclear Regulation Radioactive decay Sellafield University of Maryland School of Public Policy Strategic Studies Institute dbr:Uranium Uranium-233 IAEA safeguards P5+1 Uranium concentrate Fuel cycle IAEA Atomic Energy Authority Highly Enriched Uranium Nuclear-weapons state Nuclear-weapons states

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