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1 fuel overheating
English-Russian dictionary on nuclear energy > fuel overheating
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2 fuel overheating
Техника: перегрев топлива -
3 overheating
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4 fuel nozzle overheating
Техника: перегрев топливной форсункиУниверсальный англо-русский словарь > fuel nozzle overheating
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5 local overheating
English-Russian big polytechnic dictionary > local overheating
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6 wheel overheating
English-Russian big polytechnic dictionary > wheel overheating
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7 cladding overheating
English-Russian dictionary on nuclear energy > cladding overheating
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8 spot overheating
English-Russian dictionary on nuclear energy > spot overheating
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9 перегрев топлива
1) Engineering: fuel overheating2) Makarov: fuel super-heating -
10 перегрев (процесс)
overheating
- (состояние) — overheat, overtemperature
перегрев в двигателях (табло) — engine overheat (eng ovht), engine overtemperature (eng ovtemp)
- двигателя — engine overheating)
detection of the overheat condition is essential.
- даигатепя n 1 (табло) — engine i overheat, eng i overtemp
- мотогондолы двиг. n 1 (табло) — nacelle no. i ovht erlgine no. i nacelle is ovs rheated.
- топлива, подаваемого в 1 даигатепь (табло) — (eng) i fuel over temp
"- тормозов" (табло) — brake ovht brakes are overheating.Русско-английский сборник авиационно-технических терминов > перегрев (процесс)
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11 indicator
указатель, индикатор; прибор; стрелка ( прибора) ; ( визуальный) сигнализаторengine fuel flow indicator — расходомер двигателя, указатель расхода топлива двигателем
engine r.p.m. indicator — указатель числа оборотов [тахометр] двигателя
gross, cabin, and target altitude indicator — комбинированный указатель грубо отсчитываемой высоты полёта, «высоты» в кабине и высоты цели
heading-upward plan position indicator — рлк. индикатор кругового обзора, ориентированный по курсу ЛА
instantaneous vertical speed indicator — безынерционный вариометр, указатель мгновенной вертикальной скорости
intake spike position indicator — указатель положения иглы [конуса] воздухозаборника
leading-edge flaps position indicator — указатель положения носовых щитков [отклоняемых носков крыла]
north-stabilized plan position indicator — рлк. индикатор кругового обзора, ориентированный на север
north-upward plan position indicator — рлк. индикатор кругового обзора, ориентированный на север
off-center plan position indicator — рлк. индикатор кругового обзора со смещённым центром
offset plan position indicator — рлк. индикатор кругового обзора со смещённым центром
phase advance airspeed indicator — указатель воздушной скорости, измеряемой с опережением
r.p.m. indicator — указатель числа оборотов, тахометр
swivel boom airspeed indicator — указатель воздушной скорости, работающий от датчика давлений на поворотной выносной штанге
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12 температура (темп.)
temperature (temp.)
-, абсолютная — absolute temperature
temperature value relative to absolute zero.
- атмосферного воздуха — free-air temperature
- аэродинамического нагрева — aerodynamic heat temperature
- в верхних слоях атмосферы — upper air temperature
- воздуха в трубопроводе (сист. кондиционирования) — duct (air) temperature
- воздуха на входе в двигатель — engine air inlet temperature, ram air temperature (rat)
- воздуха на входе в карбюратор — carburetor air (inlet) temperature
- воздуха перед карбюратором — carburetor air inlet temperature
- воспламенения — ignition temperature
минимальная температура, потребная для воспламенения или поддерживания горения вещества (топлива), — the minimum temperature required to ignite or cause self-sustained combustion of a substance.
- вспышки — flashpoint
температура, при которой образуются пары топлива или масла, мгновенно воспламеняющиеся при зажигании. — the temperature at which а substance, as fuel, oil will give off а vapor that will flash or burn momentarily when ignited.
- входящего масла (в двиг.) — oil inlet temperature (oil-in temp)
- выходящего масла (из двиг.) — oil outlet temperature (oil-out temp)
- выходящих газов (за турбиной) (твг) — exhaust gas temperature (egt), turbine gas temperature (tgt)
замер твг производится термопарой, установленной в реактивном сопле. — egt measurement uses the average signal from thermocouple-type probes located in the turbine exhaust.
- выходящих газов (твг-т4 без учета промежуточных температур перед и за турбинами вд и нд) — egt/tgt/ (т4)
- выходящих газов (твг-t7 с учетом промежуточных температур газов перед и за турбинами вд и нд) — egt/tgt/ (т7)
- выходящих газов, опасная (выше нормы) — exhaust gas overtemperature (еg ovtmp)
- выходящих газов, приведенная к мса — exhaust gas temperature (given) in l.s.a., egt based on isa conditions
- газов за турбиной — exhaust gas temperature (egt), turbine gas temperature (tgt)
немедленно прекращать запуск при забросе твг. — discontinue the start immediately after an indication of egt rise.
- газов за турбиной вд (т5) — hp turbine (exhaust) gas temperature (т5)
- газов за турбиной нд (т6) — lp turbine (exhaust) gas temperature (т6)
- газов за турбиной (в удлинительной трубе) — jet pipe temperature (jpt)
- газов за турбиной по прибору, максимальная — maximum observed egt
- газов на входе в турбину — turbine inlet temperature, turbine entry temperature (tet)
приборы силовой установки включают указатели оборотов (газогенератора) и температуры газов на входе в турбину. — engine indicating consists of the gas generator rpm indigating system and power turbine inlet temperature indicating system.
- газов на выходе из турбины — exhaust gas temperature (egt)
- газов перед турбиной — turbine inlet temperature
- газов перед турбиной вд (с учетом промежуточных температур газов перед и за турбинами вд и нд) (т4) — hp turbine inlet temperature (т4)
- головок цилиндров — cylinder head temperature (cyl. hd temp, cut)
- горения — combustion temperature
- дня — day temperature
-, заданная (выставляемая) — selected temperature
-, заданая (по усповию) — pre-determined temperature
- замерзания — treezing point
- заторможенного потока — stagnation temperature
-, заявленная — declared temperature
-, комнатная — normal raom temperature
- масла — oil temperature
- масла, минимально-допустимая для запуска (дв.) на земле и в воздухе — minimum oil temperature for starting and relighting
- масла, минимально-допустимая для дачи газа — minimum oil temperature before advancing the throttle
- масла на входе в двигатель — (engine) oil inlet temperature (oil-in temp)
- масла на выходе из двигателя — (engine) oil outlet temperature (oil-out temp)
- масла, низкая (недостаточная) — oil undertemperature
табло "мала темп. масла" загорается при падении темп. масла более чем на 10 ос ниже допустимой средней величины. — the oil under temp light comes on when oil temperature more than 10о c below average.
-, местная — local temperature
-, минусовая — subzero temperature
engine start after prolonged cold soak periods at subzero temperatures.
- на аэродроме — aerodrome temperature
- на аэродроме (на графике) — air temperature
- набегающего потока — ram air temperature (rat)
- (воздуха) на входе в двигатель — engine air inlet temperature
- на выходе из компрессора — compressor delivery temperature
- наружного воздуха ( hb) — outside/ambient, free ram/ air temperature (0.a.t., oat), free air static temperature
- на уровне моря — sea-level temperature
- невозмущенного потока (воздуха) — static air temperature
- окружающего воздуха — ambient (air) temperature
включить пос при наличии мокрого снега при т. окружающего воздуха ниже +10 ос — turn engine anti-ice on if wet snow is present with ambient air temperature below +10 ос.
- окружающего воздуха (на графике) — air temperature
- окружающей среды — ambient temperature
-, опасная — overtemperature (ovtmp)
- от -40 до (+) 50 ос — temperature (range) from to +50 ос
- относительно мса (на графике) — (incremental) temperature above and below isa, temperature deviation from isa
- пайки — soldering temperature
-, повышенная — elevated temperature
- пограничного слоя — boundary layer temperature
-, полная (торможения потока) — total air temperature (tat)
температура высокоскоростного потока воздуха, адиабатически заторможенного до нулевой скорости на передней кромке азродинамического профиля. — the "ram" temperature ereated on the leading edges of an aircraft traveling through the atmosphere. refers to the complete standstill of air molecules on the leading edgas of the aircraft.
- полного торможения (воздушного потока) — stagnation /total/ tamperature
-, постоянная — constant temperatufa
-, предполагаемая в эксплуатации — temperature expected in service
-, равновесная — equilibrium temperature
- самовоспламенемия — autoignition temperature
expected autoignition temperatura of the fuel in the tanks.
- сгорания — combustion temperature
-, стандартная — standard temperature
-, статическая — static temperature
- топлива — fuel temperature
- топлива, низкая (недостаточная) — fuel undertemperature
табло "мала темп. топлива" загорается при cниженин. — the fuel under temp light comes on during descent.
- торможения (воздушного потока) — stagnation /total/ temperature
- тормоза (колеса) — brake temperature
brake temp (amber) annunciator is lit when brakes are overheating
- точки росы — dewpoint (temperature)
температура, до которой необходимо охладить воздух или др. газ, чтобы содержащийся в нем водяной пар достиг состояния насыщения. — the temperature to which a given parcel of air must be cooled at constant pressure and constant water vapor content in order for saturation to occur.
высока т. в воздухопроводе (табло системы отбора воздуха от двигателя) — (air) duct ovht engine bleed air dueting is overheated.
высока т. воздуха (охлаждения) турбины (дв. n i) (табло) — turb air ovht (eng i) engine turbine cooling air is overheated (overtemperature).
высока т. газов турбины (табло) — overtemp tgt turbine gas temperature (tgt) is over temperature.
высока т. масла в... — (too) high temperature of oil in..., high oil temperature in...
высока т. масла 1-ro двигателя (табло) — (eng) i oil over temp, oil ovtemp, oil ovht indicates excessive oil temperature.
"высока т. раб. жидкости (в гидробаке)" (табло) — rsvr hi temp (light)
высока т. топлива 1-го двигателя (табло) — (eng) i fuel over temp
заброс т. — sudden rise in temperature
мала т. масла в... — (too) low temperature of oil in...,low oil temperature in...
мала т. масла 1-го двигателя (табло) — (eng) i oil under temp
мала т. топлива 1-го двигателя (табло) — (eng) 1 fuel under temp
(длительный) период воздействия низких температур падение т. на 1 км изменения высоты — (prolonged) cold soak period (at subzero temperature) temperature lapse rate of... ос per kilometre of altitude (height) increase
повышение т. — temperature rise
прирост т. — temperature increase
при т.... ос — at a temperature of... оc
защищать от воздействия высоких температур — protect (smth) from extreme /high/ temperaturesРусско-английский сборник авиационно-технических терминов > температура (темп.)
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13 condition
1) условие || обусловливать2) состояние || поддерживать (приводить в) определённое состояние3) положение; ситуация4) мн. ч. режим5) мн. ч. параметры7) выдерживать (напр. древесину)8) горн. подвергать обработке реагентами перед флотацией9) текст. испытывать степень влажности•conditions beyond the experience — условия ( полёта), выходящие за рамки опыта ( пилота);-
abnormal operating conditions
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accident condition
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actual operating conditions
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added-value condition
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adjoint boundary condition
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adverse conditions
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airworthy condition
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alert condition
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ambient conditions
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anticipated operating conditions
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application conditions
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as-cast condition
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as-deposited condition
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as-drawn condition
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as-extruded condition
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as-forged condition
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as-received condition
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as-rolled condition
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as-welded condition
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asymmetrical conditions
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asynchronous condition
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atmospheric conditions
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average operating conditions
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balanced conditions
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beet cutting conditions
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boundary condition
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breaking conditions
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burning conditions
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busy condition
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characteristic condition
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chemistry conditions
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close conditions
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cold furnace condition
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compatibility condition
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condition of indeterminacy
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condition of static equilibrium
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conjugating boundary condition
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consistency condition
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contact conditions
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continuity condition
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continuous conditions
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controlled atmosphere conditions
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controlled conditions
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cost optimum condition
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crack arrest conditions
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crack extension conditions
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crew physical condition
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criticality conditions
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current yield condition
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cutting conditions
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deadlock condition
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debugging conditions
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Derichlet's boundary condition
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design conditions
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dirt load condition
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disabled condition
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docking initial contact conditions
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don't care condition
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downstream stagnation conditions
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dry-bulb conditions
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dust condition
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dyebath conditions
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dynamic conditions
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elliptic boundary condition
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emergency condition
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end fixity condition
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energized condition
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environmental conditions
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equilibrium condition
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equilibrium fuel burnup conditions
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equilibrium xenon conditions
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equipment-damaging condition
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error condition
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exception condition
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existence condition
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extreme conditions
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fault conditions
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faulty condition
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field condition
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firing conditions
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flight conditions
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flow conditions
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fracture arrest conditions
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fracture conditions
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free surface conditions
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freezing conditions
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friction boundary conditions
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frost buildup conditions
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full power equilibrium xenon conditions
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full-load conditions
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fusing condition
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gap condition
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general yielding conditions
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geological conditions
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geometric boundary condition
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geotechnical conditions
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governing conditions
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grinding conditions
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grip conditions
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hazardous weather conditions
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high-resistance fault conditions
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highresistance fault conditions
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homogeneous boundary conditions
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hostile conditions
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humid condition
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humidity conditions
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hunting conditions
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hygiene and sanitary conditions
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hypobaric conditions
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ice conditions
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ice-bound conditions
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icing conditions
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impact conditions
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induction condition
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initial condition
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in-lock condition
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in-pile conditions
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in-place conditions
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in-plane boundary conditions
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in-situ conditions
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instrument meteorological conditions
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jump conditions
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karstic conditions
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landing conditions
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limiting condition
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living conditions
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load conditions
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loading condition
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local condition
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local flow conditions
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logical condition
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lowest weather conditions
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low-light-level conditions
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machine conditions
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machining conditions
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making conditions
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managed conditions
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meteorological conditions
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mill conditions
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mining and geological conditions
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mixed-boundary conditions
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moding conditions
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moisture conditions
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motor load condition
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mutual-testing conditions
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natural boundary condition
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natural conditions
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near singing conditions
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necessary condition
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Newmann's boundary condition
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Newton's boundary condition
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no-load conditions
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nominal conditions
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normal conditions
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off condition
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off-design conditions
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off-peak conditions
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on condition
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on-peak conditions
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on-speed conditions
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open-conductor operating conditions
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operated condition
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operating condition
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operational conditions
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operation conditions
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out-of-balance condition
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out-of-round condition
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out-of-step conditions
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out-of-tolerance conditions
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overaged condition
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overheating conditions
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overload conditions
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overpoled condition
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overtempered condition
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oxidizing conditions
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peak load conditions
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periodicity condition
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permit conditions
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petrophysical conditions
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plane-strain condition
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plant conditions
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poor ground condition
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postfault conditions
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precipitation conditions
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prefault conditions
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process conditions
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program stop condition
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pulling condition
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pulse conditions
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pump-starving filter condition
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quenched condition
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quiescent condition
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rated conditions
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reaction conditions
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ready condition
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reductive conditions
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reference friction conditions
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refrigerating conditions
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rigidity condition
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roof conditions
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room conditions
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running conditions
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runoff conditions
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safety conditions
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self-testing conditions
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semistalled condition
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service conditions
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short-circuit conditions
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side condition
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simulated conditions
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slipping condition
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stability conditions
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stabilized condition
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stagnant conditions
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standard condition
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standby condition
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starting conditions
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start-oscillation condition
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static conditions
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static equilibrium conditions
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steady-state condition
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steady condition
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storage conditions
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stream conditions
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strength condition
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stress boundary conditions
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stress condition
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sufficient condition
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surface condition
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symmetrical conditions
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takeoff conditions
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technical conditions
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temperature conditions
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temper-brittle condition
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terminal conditions
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terrain undercarriage working condition
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test conditions
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test-bed conditions
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thermal boundary conditions
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thermal conditions
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thermodynamic condition
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traction-free boundary conditions
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tractor underfoot condition
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transient condition
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trial conditions
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turbulent conditions
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turn-down conditions
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unbalanced conditions
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unballasted condition
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under no-load conditions
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unenergized condition
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unmanned conditions
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unpredictable conditions
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unsteady-state condition
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unsteady condition
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upstream stagnation conditions
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usage conditions
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valve flow condition
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viewing conditions
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visibility reduced condition
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visual meteorological conditions
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wait condition
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weather conditions
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well production conditions
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wet-bulb conditions
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wind conditions
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wing icing conditions
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winter conditions
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working condition
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worst conditions
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zero-wind condition -
14 перегрев топливной форсунки
Engineering: fuel nozzle overheatingУниверсальный русско-английский словарь > перегрев топливной форсунки
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15 плавление стержня (атомн. энерг.)
плавление стержня (атомн. энерг.)
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
core meltdown
An accidental overheating of the part of the nuclear reactor where fission takes place, causing fuel elements and other parts of the reactor to melt, potentially leading to catastrophic consequences in which dangerous levels of radioactive materials would be released into the environment. (Source: FFD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > плавление стержня (атомн. энерг.)
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16 fusion du coeur
- плавление стержня (атомн. энерг.)
плавление стержня (атомн. энерг.)
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
core meltdown
An accidental overheating of the part of the nuclear reactor where fission takes place, causing fuel elements and other parts of the reactor to melt, potentially leading to catastrophic consequences in which dangerous levels of radioactive materials would be released into the environment. (Source: FFD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > fusion du coeur
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17 Kernschmelze
- плавление стержня (атомн. энерг.)
плавление стержня (атомн. энерг.)
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
core meltdown
An accidental overheating of the part of the nuclear reactor where fission takes place, causing fuel elements and other parts of the reactor to melt, potentially leading to catastrophic consequences in which dangerous levels of radioactive materials would be released into the environment. (Source: FFD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Kernschmelze
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18 плавление стержня (атомн. энерг.)
плавление стержня (атомн. энерг.)
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
core meltdown
An accidental overheating of the part of the nuclear reactor where fission takes place, causing fuel elements and other parts of the reactor to melt, potentially leading to catastrophic consequences in which dangerous levels of radioactive materials would be released into the environment. (Source: FFD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-английский словарь нормативно-технической терминологии > плавление стержня (атомн. энерг.)
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19 плавление стержня (атомн. энерг.)
плавление стержня (атомн. энерг.)
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
core meltdown
An accidental overheating of the part of the nuclear reactor where fission takes place, causing fuel elements and other parts of the reactor to melt, potentially leading to catastrophic consequences in which dangerous levels of radioactive materials would be released into the environment. (Source: FFD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-французский словарь нормативно-технической терминологии > плавление стержня (атомн. энерг.)
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20 core meltdown
- плавление стержня (атомн. энерг.)
плавление стержня (атомн. энерг.)
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
core meltdown
An accidental overheating of the part of the nuclear reactor where fission takes place, causing fuel elements and other parts of the reactor to melt, potentially leading to catastrophic consequences in which dangerous levels of radioactive materials would be released into the environment. (Source: FFD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Англо-русский словарь нормативно-технической терминологии > core meltdown
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Fuel control unit — is the generic term given to any of several types of control systems for gas turbine engines.Fundamentals of turbine engine controlGas turbine engines are primarily controlled by the amount of fuel supplied to the combustion chambers. With this… … Wikipedia
Fuel filter — A fuel filter is a filter in the fuel line that screens out dirt and rust particles from the fuel. They are found in most internal combustion engines.Fuel filters serve a vital function in today s modern, tight tolerance engine fuel systems.… … Wikipedia
Behavior of nuclear fuel during a reactor accident — This page is devoted to a discussion of how uranium dioxide nuclear fuel behaves during both normal nuclear reactor operation and under reactor accident conditions such as overheating. Work in this area is often very expensive to conduct, and so… … Wikipedia
Nuclear fuel — Process … Wikipedia
Nuclear fuel response to reactor accidents — This page is devoted to a discussion of how uranium dioxide nuclear fuel behaves during both normal nuclear reactor operation and under reactor accident conditions such as overheating. Work in this area is often very expensive to conduct, and so… … Wikipedia
Air-fuel ratio — (AFR) is the mass ratio of air to fuel present during combustion. When all the fuel is combined with all the free oxygen, typically within a vehicle s combustion chamber,the mixture is chemically balanced and this AFR is called the stoichiometric … Wikipedia
Top Fuel — Racing is a class of drag racing in which the cars are run on a maximum of 90% nitromethane and about 10% methanol (also known as racing alcohol), instead of gasoline. The cars are purpose built race cars, with a layout superficially resembling… … Wikipedia
Oxy-fuel welding and cutting — Oxyacetylene redirects here. For the song, see Cubanate. Side of metal, cut by oxygen propane cutting torch … Wikipedia
Economic Affairs — ▪ 2006 Introduction In 2005 rising U.S. deficits, tight monetary policies, and higher oil prices triggered by hurricane damage in the Gulf of Mexico were moderating influences on the world economy and on U.S. stock markets, but some other… … Universalium
Chevrolet Vega — 1972 Chevrolet Vega GT Hatchback Coupe Manufacturer Chevrolet Division of General Motors Also called Vega 2300 … Wikipedia
Radiator (engine cooling) — For other uses, see Radiator (disambiguation). A typical engine coolant radiator used in an automobile Radiators are used for cooling internal combustion engines, mainly in automobiles but also in piston engined aircraft, railway locomotives,… … Wikipedia