- Emergency core cooling system
- См. Система аварийного охлаждения реактора
Термины атомной энергетики. - Концерн Росэнергоатом, 2010
Emergency core cooling system
Смотреть что такое "Emergency core cooling system" в других словарях:
Emergency Core Cooling System — An Emergency Core Cooling System (ECCS) is a component in nuclear power plants designed to deal with a loss of coolant accident (LOCA) by providing massive backup sources of coolant.An ECCS also may be used after a partial (incomplete) SCRAM to… … Wikipedia
emergency core cooling system — aktyviosios zonos avarinio aušinimo sistema statusas T sritis Energetika apibrėžtis Sistema, užtikrinanti reaktoriaus aušinimą tuo atveju, kai neveikia įprastinė aktyviojoje zonoje išsiskyrusios šilumos šalinimo sistema arba kai įvyksta avarija,… … Aiškinamasis šiluminės ir branduolinės technikos terminų žodynas
Emergency Core Cooling System — (ECCS) Equipment designed to cool the core of a nuclear reactor in the event of a complete loss of the coolant. California Energy Comission. Dictionary of Energy Terms … Energy terms
Core damage frequency — (CDF) is a term used in probabilistic risk assessment (PRA) that indicates the likelihood of an accident that would cause damage to a nuclear reactor core.[1][2][3] Core damage accidents are considered serious because damage to the core may… … Wikipedia
ECCS — Emergency Core Cooling System Reaktortechnik ( > IEEE Standard Dictionary ) … Acronyms
ECCS — Emergency Core Cooling System {Reaktortechnik} ( > IEEE Standard Dictionary ) … Acronyms von A bis Z
Chernobyl disaster — This article is about the 1986 nuclear plant accident in Ukraine. For other uses, see Chernobyl (disambiguation). Chernobyl disaster … Wikipedia
nuclear reactor — Physics. reactor (def. 4). Also called nuclear pile. [1940 45] * * * Device that can initiate and control a self sustaining series of nuclear fission reactions. Neutrons released in one fission reaction may strike other heavy nuclei, causing them … Universalium
Nuclear meltdown — Three of the reactors at Fukushima I overheated, causing core meltdowns. This was compounded by hydrogen gas explosions and the venting of contaminated steam which released large amounts of radioactive material into the air.[1] … Wikipedia
Nuclear reactor safety systems — This article covers the technical aspects of active nuclear safety systems. For a general approach to nuclear safety, see nuclear safety. The three primary objectives of nuclear reactor safety systems as defined by the Nuclear Regulatory… … Wikipedia
