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81 rate
скорость, быстрота; темп; интенсивность; вертикальная скорость; частота ( событий) ; норма, степень; балл; производительность; ( секундный) расход (жидкости, газа) ; стоимость ( билета) ; классифицировать, (под)разделять на категории; оценивать. rate of roll-out — угловая скорость крена при выводе (из разворота)
accelerate the rate of roll — увеличивать угловую скорость крена [вращения вокруг продольной оси]
aircraft operational readiness rate — процент [количество] боеготовых самолётов в подразделении
autopilot-induced rate of roll — угловая скорость крена, создаваемая автопилотом
break a rate of descent — прекращать снижение, резко уменьшать вертикальную скорость снижения
control surface (movement) rate — угловая скорость отклонения руля [поверхности управления]
cumulative aircraft accident rate — суммарный коэффициент аварийности (среднее число лётных происшествий за месяц, квартал или год)
diffusion limited recession rate — скорость уноса массы, ограниченная диффузией
jet engine base maintenance return rate — процент возврата в строй неисправных реактивных двигателей после ремонта в условиях аэродрома базирования
pilot's instrument scanning rate — быстрота обзора [считывания показаний] приборов лётчиком
radar altimeter sinking rate — измеренная радиолокационным высотомером вертикальная скорость снижения
rate of altimeter unwinding — скорость потери высоты по высотомеру; быстрота уменьшения показаний высотомера
rate of approach to the stall — скорость приближения к срыву [сваливанию]
rate of discharge ( — секундный) расход выходящих газов [вытекающей жидкости]
rate of heat loss — скорость теплоотдачи [отвода тепла]
rate of increase of incidence — Бр. быстрота увеличения угла атаки
rate of part consumption — быстрота износа [расходования] частей [деталей]
sea level rate of climb — скороподъёмность на уровне моря [у земли]
shutdown rate of the engines — частота отказов [отключений] двигателей
stall recovery pitch rate — угловая скорость тангажа для вывода из режима срыва [сваливания]
stop the sink rate — прекращать снижение, уменьшать вертикальную скорость снижения
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82 сила
force
- (при расчете на прочность) — load
-, аэродинамическая — aerodynamic force
сила, воздействующая на тело при обтекании его воздушным потоком. — the force exerted by а moving gaseous fluid upon а body completely immersed in it
-, аэродинамическая подъемная — lift (l)
- аэродинамического сопротивления — drag (d)
-, аэростатическая подъемная — aerostatic lift
разность между весами равных объемов воздуха и газа, который легче воздуха. — the difference between the weight of а volume of air and of an equal volume of a gas lighter-than-air under given conditions.
-, боковая — lateral force
-, боковая (для случая нагружения) — side load. for the side load condition, the airplane is assumed to be in the level attitude.
- бокового ветра — crosswind force
- ветра — wind force
-, внешняя (напряжения, среза и т.п.) — external force. as tension, shear, etc.
-, внешняя (действующая на гироскоп) — applied torque
-, внутренняя — internal force
- возмущения (напр., воздействующая на акселерометр или гироскоп) — disturbing force
- восстановления (акселерометра или гироскопа) — restoring force
-, гравитационная — force of gravity
- давления — pressure force
- девиации силы магнитного поля ла, действующие на магнитный компас. — deviation force
-, действующая — acting force
-, действующая вдоль траектории полета — force acting in the direction of flightpath
-, действующая на... — force acting /exerted/ on...
- (усилие) летчика, действующая на органы управления самолетом — pilot force
аэродинамические нагрузки на поверхности управления не должны превышать усилий летчика на соответствующие органы управленияю. — the air loads on movable surfaces and the corresponding deflections need not exceed those that would result in flight from the application of any pilot force.
- (усилие) летчика, действующая на ручку управления — stick pilot force
-, действующая на самолет — force acting on the airplane
в прямолинейном горизонтальном полете на самолет действуют следующие силы: подъемная сила, вес, тяга, лобовое сопротивление (рис. 141). — there are four net forces acting on the airplane in straight and level flight: lift, weight, thrust, drag.
-, демпфирующая — damping force
- инерции — inertial force
сила инерции пропорциональна и противоположно направлена силе ускорения. — inertial force is proportional and directionally opposite to the accelerating force.
-, кажущаяся подъемная — apparent lift
- кручения — torsional force
- лобового сопротивления — drag (d)
аэродинамическая сила, направленная против движения самолета. — а retarding force acting upon an aircraft in motion through the air.
-, ложная подъемная — false lift
-, лошадиная (лс) — horsepower (hp)
единица измерения мощности — а unit of power, or the capacity of a mechanism to do work.
-, мгновенная — momentary force
- несущего винта, подъемная — rotor lift
подъемная сила несущего винта равна весу вертолета. — rotor lift equal to the rotorcraft weight.
-, неуравновешенная — out-of-balance force
-, нулевая подъемная — zero lift
-, осевая — axial force
-, отрицательная подъемная — negative lift
- поверхностного трения (обшивки) — skin-friction force
-, подъемная — lift (l)
составляющая полной аэродинамической силы, перпендикулярная направлению невозмущенного потока, обтекающего ла. — that component of the total aerodynamic force acting on an aircraft perpendicular to the undisturbed airflow relative to the aircraft.
-, полная подъемная — total lift
-, поперечная — lateral force
-, потребная подъемная — required lift
-, приложенная — applied force
-, противодействующая — counterforce
-, равнодействующая — resultant force
сила эквивалентная рассматриваемой системе сил, приложенных к телу. — the single force which, if acting alone, would produce the same effect as several forces combined.
-, располагаемая подъемная — available lift
-, реактивная — reactive force
- реакции — reaction
- реакции, вертикальная — vertical reaction
the vertical reactions must be combined with horizontal drag reactions.
- света — light intensity
- света в перекрывающихся световых пучках (ано) — intensity in overlaps between adjacent signals
- света, мгновенная — instantaneous (light) intensity
-, составляющая — component force
-, статическая подъемная — static lift
- сцепления (при склейке) — adhesive force
-, термоэлектродвижущая — thermoelectromotive force (temf)
- тока — current (intensity)
- трения — friction force
- тяги — thrust
толкающая или тянущая сила, создаваемая возд. винтом или трд. — the pushing or pulling force developed by an aircraft engine or a propeller.
- тяжести — gravity
- удара — impact force
-, управляющая — control force
-, уравновешенная — balanced force
-, уравновешивающая — balancing force
- ускорения — acceleration /accelerating/ force
-, центробежная — centrifugal force
сила, возникающая во вращающемся теле, направленная от центра (оси) вращения. — a force in а rotating system, deflecting masses radially outward from the axis of rotation.
-, центростремительная — centripetal force
-, чистая подъемная — net lift
-, электродвижущая (эдс) — electromotive force (emf)
влияние с. — force effect
действие с. — action of force
приложение с. — application of force
вступать в с. (о документе) — be effective
создавать подъемную с. — create /produce/ liftРусско-английский сборник авиационно-технических терминов > сила
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83 упаковка
▪ Package - a bundle made up for transportation, a bale, a parcel; that in which anything is packed: a box, case, crate, container; a wrapped or boxed thing.упаковка (процесс, заголовок) — packing, packaging▪ Packaging: Application or use of appropriate wrapping, cushioning, interior containers and completed identification markings, up to but not including the exterior shipping container. Packing: Application or use of exterior shipping containers and assembling of items or packages therein, together with necessary blocking, bracing or cushioning, weather-proofing exterior, strapping, and marking of shipping containers.упаковка (материал) — packing material, packaging material, wrapping; wrappings and containers▪ Withdraw the paper-wrapped receiver and remove the paper wrappingупаковка в мешки — bagging, sackingупаковка в ящики — crating, boxingупаковка герметичная — waterproof packaging, watertight packaging, pressurized packagingупаковка повторная — repacking, repackaging▪ The exact procedure for repackaging depends on the material available and the conditions under which the equipment is to be shipped or stored▪ The complete package is 21 inches high by 32 inches wide by 32 inches long, and has a volume of approximately 12.4 cubic feet▪ Export packaging consists of a corrugated cardboard carton, an over-all moistureproof barrier and a nailed wooden box. The size, weight and volume of packaging is indicated in the following chartв упаковке — packed, wrapped▪ Leave the azimuth gearbox in its package until it is needed▪ Save all wrappings and containersПоставки машин и оборудования. Русско-английский словарь > упаковка
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84 объем топливных баков
Авиация и космонавтика. Русско-английский словарь > объем топливных баков
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85 variance
[ˈvɛərɪəns]accidental variance случайная дисперсия asymptotic variance асимптотическое значение дисперсии asymptotical variance асимптотическое значение дисперсии at variance with в противоречии с average variance средняя дисперсия to be at variance быть в ссоре; to set at variance вызывать конфликт, приводить к столкновению; ссорить to be at variance расходиться во мнениях; находиться в противоречии bounded variance ограниченная дисперсия conditional variance условная дисперсия cost variance отклонения от нормативных затрат cost-centre variance отклонение от нормативных затрат empiric variance эмпирическая дисперсия empirical variance эмпирическая дисперсия error variance дисперсия ошибки estimated variance оценка дисперсии generalized variance обобщенная дисперсия internal variance внутренняя дисперсия labour efficiency variance колебание производительности труда limiting variance предельная дисперсия material price variance разность цен на материалы minimum variance наименьшая дисперсия negative volume variance уменьшение объема overhead variance отклонение накладных расходов от норматива posteriori variance апостериорная дисперсия quantity variance дисперсия количества relative variance относительная дисперсия residual variance остаточная дисперсия sample variance выборочная дисперсия total variance полная дисперсия true variance истинная дисперсия unbounded variance неограниченная дисперсия unfavourable volume variance снижение объема производства unit variance единичная дисперсия universe variance дисперсия генеральной совокупности variance стат. дисперсия variance дисперсия variance изменение variance изменчивость variance несоответствие variance отклонение variance биол. отклонение от вида, типа variance противоречие в показаниях variance разница variance разногласие; размолвка variance разногласие variance рассеяние variance расхождение, несоответствие variance расхождение variance среднее отклонение variance ссора variance about a mean дисперсия относительно средней variance about regression дисперсия относительно регрессии variance about the mean дисперсия относительно средней variance of event times дисперсия времени наступления события zero variance нулевая дисперсия -
86 engine
n1) двигун, мотор2) комп. процесор◊engine off — вимкнутий [вимкнений] двигун
engine on — двигун, що працює
engine out — двигун, що відмовив
to blow down an engine — 1) виконувати холодний запуск двигуна; 2) продувати двигун (від залишків палива)
to close down an engine — зупиняти [вимикати] двигун
to cut off an engine — зупиняти [вимикати] двигун
to run an engine — запускати, заводити двигун
to shut down an engine — зупиняти [вимикати] двигун
to start an engine — запускати, заводити двигун
•- air-breathing engine - air-cooled engine - aircraft engine - air-feed jet engine - altitude engine - apogee engine - approach-correcting engine - arc-heating jet engine - arc jet engine - ascent engine - assisted takeoff engine - atmospheric jet engine - aviation engine - axial-flow gas turbine engine - bare engine - baseline engine - basic engine - bipropellant engine - bipropellant rocket engine - bismuth ion engine - boost engine - booster engine - boost rocket engine - bypass engine - center engine - cold-reaction engine - combustion engine - compound engine - critical engine - cryogenic rocket engine - dead engine - definitive engine - derated engine - descent engine - docking engine - double-flow engine - double-row radial engine - dual-flow turbojet engine - duct burning bypass engine - ducted-fan engine - electric arcjet engine - electron-bombardment engine - erosion engine - fan engine - fan-type engine - fluorine-hydrogen engine - free-turbine engine - fuel efficient engine - gas discharge ionizator electrostatic engine - gas turbine engine - gas turbine jet engine - high bypass ratio engine - high compression ratio engine - high-I engine - hybrid air-breathing engine - hybrid-propellant engine - hybrid rocket engine - idling engine - impact volume ionization ion engine - inboard engine - internal combustion engine - in-wing mounted engine - ionic engine - ion rocket jet engine - jet engine - laser air-jet engine - laser-driven rocket engine - laser-heated rocket engine - laser-propulsion rocket engine - launching rocket engine - left-hand engine - lift-fan engine - lift jet engine - light bulb engine - liquid air cycle engine - liquid-cooled engine - liquid-fuel rocket engine - liquid-propellant rocket engine - longer-lived engine - long-life engine - low bypass ratio engine - low-I engine - low-thrust rocket engine - LOX/HC engine - LOX/LH engine - maneuvering engine - mid-flight engine - model diesel engine - modular engine - monopropellant rocket engine - nacelle-mounted engine - oil engine - OMS engine - one-shaft engine - one-spool engine - on-wing mounted engine - outboard engine - photon engine - piston engine - plasma rocket engine - plasmajet rocket engine - podded engine - port-outer engine - port-side engine - potassium ion engine - powerful engine - precombustion chamber engine - propfan engine - propulsion engine - pulsating jet engine - pulsejet engine - pylon-mounted engine - quiet engine - radial engine - radiation-heated rocket engine - radio-frequency ion engine - ramjet engine - RCS engine - reaction engine - reciprocating engine - rectenna-powered ion engine - remanufactured engine - right-hand engine - rocket engine - rough engine - rubidium ion engine - self-aspirating engine - shaft-turbine engine - side engine - single-rotor engine - single-shaft gas turbine engine - single-shaft turbine engine - solar engine - solar photon rocket engine - solar-powered engine - solid-fuel rocket engine - solid-propellant rocket engine - spark-ignition engine - starboard engine - starting engine - subsonic engine - supersonic engine - surface ionization engine - sustainer rocket engine - thermal arc engine - thermal jet engine - three-flow turbojet engine - three-rotor turbofan engine - traveling wave plasma engine - triple-spool jet engine - tripropellant engine - turbine engine - turbofan engine - turbojet engine - turboprop engine - turboshaft engine - two-rotor engine - two-shaft turbine engine - two-spool engine - underwing engine - uprated engine - volume collision ionization engine - warmed-up engine - water-cooled engine - winding engine - wing engine -
87 действие электрической дуги, возникающей внутри НКУ распределения и управления
действие электрической дуги, возникающей внутри НКУ распределения и управления
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[Интент]Параллельные тексты EN-RU
Effects of the electric arc inside switchgear and controlgear assemblies
In the proximity of the main boards, i.e. in the proximity of big electrical machines, such as transformers or generators, the short-circuit power is high and consequently also the energy associated with the electrical arc due to a fault is high.
Without going into complex mathematical descriptions of this phenomenon, the first instants of arc formation inside a cubicle can be schematized in 4 phases:
1. compression phase: in this phase the volume of the air where the arc develops is overheated owing to the continuous release of energy; due to convection and radiation the remaining volume of air inside the cubicle warms up; initially there are temperature and pressure values different from one zone to another;
2. expansion phase: from the first instants of internal pressure increase a hole is formed through which the overheated air begins to go out. In this phase the pressure reaches its maximum value and starts to decrease owing to the release of hot air;
3. emission phase: in this phase, due to the continuous contribution of energy by the arc, nearly all the air is forced out under a soft and almost constant overpressure;
4. thermal phase: after the expulsion of the air, the temperature inside the switchgear reaches almost that of the electrical arc, thus beginning this final phase which lasts till the arc is quenched, when all the metals and the insulating materials coming into contact undergo erosion with production of gases, fumes and molten material particles.
Should the electrical arc occur in open configurations, some of the described phases could not be present or could have less effect; however, there shall be a pressure wave and a rise in the temperature of the zones surrounding the arc.
Being in the proximity of an electrical arc is quite dangerous; here are some data to understand how dangerous it is:
• pressure: at a distance of 60 cm from an electrical arc associated with a 20 kA arcing fault a person can be subject to a force of 225 kg; moreover, the sudden pressure wave may cause permanent injuries to the eardrum;
• arc temperatures: about 7000-8000 °C;
• sound: electrical arc sound levels can reach 160 db, a shotgun blast only 130 db.
[ABB]Действие электрической дуги, возникающей внутри НКУ распределения и управления
Короткое замыкание вблизи больших силовых устройств, таких как трансформаторы или генераторы имеет очень большую мощность. Поэтому энергия электрической дуги, возникшей в результате короткого замыкания, очень большая.
Не вдаваясь в сложное математическое описание данного явления, можно сказать, что первые мгновения формирования дуги внутри шкафа можно упрощенно разделить на четыре этапа:
1. Этап сжатия: на этом этапе объем воздуха, в котором происходит зарождение дуги перегревается вследствие непрерывного высвобождения энергии. За счет конвекции и излучения оставшийся объем воздуха внутри шкафа нагревается. На этом начальном этапе значения температуры и давления воздуха в разных зонах НКУ разные.
2. Этап расширения: с первых мгновений внутреннее давление создает канал, через который начинается движение перегретого воздуха. На этом этапе давление достигает своего максимального значения, после чего начинает уменьшаться вследствие выхода горячего воздуха.
3. Этап эмиссии: на этом этапе вследствие непрерывного пополнения энергией дуги почти весь воздух выталкивается под действием мягкого и почти постоянного избыточного давления.
4. Термический этап: после выхлопа воздуха температура внутри НКУ почти достигает температуры электрической дуги. Так начинается заключительный этап, который длится до тех пор, пока дуга не погаснет. При этом все металлические и изоляционные материалы, вступившие в контакт с дугой, оказываются подвергнутыми эрозии с выделением газов, дыма и частиц расплавленного материала.
Если электрическая дуга возникнет в открытом НКУ, то некоторые из описанных этапов могут не присутствовать или могут иметь меньшее воздействие. Тем не менее будет иметь место воздушная волна и подъем температуры вблизи дуги.
Находиться вблизи электрической дуги довольно опасно. Ниже приведены некоторые сведения, помогающие осознать эту опасность:
• давление: На расстоянии 60 см от электрической дуги, вызванной током короткого замыкания 20 кА, человек может подвергнуться воздействию силы 225 кг. Более того, резкая волна давления может нанести тяжелую травму барабанным перепонкам;
• температура дуги: около 7000-8000 °C;
• шумовое воздействие: Уровень шумового воздействия электрической дуги может достигнуть 160 дБ (выстрел из дробовика – 130 дБ).
[Перевод Интент]Тематики
- НКУ (шкафы, пульты,...)
EN
Русско-английский словарь нормативно-технической терминологии > действие электрической дуги, возникающей внутри НКУ распределения и управления
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88 effects of the electric arc inside switchgear and controlgear assemblу
- действие электрической дуги, возникающей внутри НКУ распределения и управления
действие электрической дуги, возникающей внутри НКУ распределения и управления
-
[Интент]Параллельные тексты EN-RU
Effects of the electric arc inside switchgear and controlgear assemblies
In the proximity of the main boards, i.e. in the proximity of big electrical machines, such as transformers or generators, the short-circuit power is high and consequently also the energy associated with the electrical arc due to a fault is high.
Without going into complex mathematical descriptions of this phenomenon, the first instants of arc formation inside a cubicle can be schematized in 4 phases:
1. compression phase: in this phase the volume of the air where the arc develops is overheated owing to the continuous release of energy; due to convection and radiation the remaining volume of air inside the cubicle warms up; initially there are temperature and pressure values different from one zone to another;
2. expansion phase: from the first instants of internal pressure increase a hole is formed through which the overheated air begins to go out. In this phase the pressure reaches its maximum value and starts to decrease owing to the release of hot air;
3. emission phase: in this phase, due to the continuous contribution of energy by the arc, nearly all the air is forced out under a soft and almost constant overpressure;
4. thermal phase: after the expulsion of the air, the temperature inside the switchgear reaches almost that of the electrical arc, thus beginning this final phase which lasts till the arc is quenched, when all the metals and the insulating materials coming into contact undergo erosion with production of gases, fumes and molten material particles.
Should the electrical arc occur in open configurations, some of the described phases could not be present or could have less effect; however, there shall be a pressure wave and a rise in the temperature of the zones surrounding the arc.
Being in the proximity of an electrical arc is quite dangerous; here are some data to understand how dangerous it is:
• pressure: at a distance of 60 cm from an electrical arc associated with a 20 kA arcing fault a person can be subject to a force of 225 kg; moreover, the sudden pressure wave may cause permanent injuries to the eardrum;
• arc temperatures: about 7000-8000 °C;
• sound: electrical arc sound levels can reach 160 db, a shotgun blast only 130 db.
[ABB]Действие электрической дуги, возникающей внутри НКУ распределения и управления
Короткое замыкание вблизи больших силовых устройств, таких как трансформаторы или генераторы имеет очень большую мощность. Поэтому энергия электрической дуги, возникшей в результате короткого замыкания, очень большая.
Не вдаваясь в сложное математическое описание данного явления, можно сказать, что первые мгновения формирования дуги внутри шкафа можно упрощенно разделить на четыре этапа:
1. Этап сжатия: на этом этапе объем воздуха, в котором происходит зарождение дуги перегревается вследствие непрерывного высвобождения энергии. За счет конвекции и излучения оставшийся объем воздуха внутри шкафа нагревается. На этом начальном этапе значения температуры и давления воздуха в разных зонах НКУ разные.
2. Этап расширения: с первых мгновений внутреннее давление создает канал, через который начинается движение перегретого воздуха. На этом этапе давление достигает своего максимального значения, после чего начинает уменьшаться вследствие выхода горячего воздуха.
3. Этап эмиссии: на этом этапе вследствие непрерывного пополнения энергией дуги почти весь воздух выталкивается под действием мягкого и почти постоянного избыточного давления.
4. Термический этап: после выхлопа воздуха температура внутри НКУ почти достигает температуры электрической дуги. Так начинается заключительный этап, который длится до тех пор, пока дуга не погаснет. При этом все металлические и изоляционные материалы, вступившие в контакт с дугой, оказываются подвергнутыми эрозии с выделением газов, дыма и частиц расплавленного материала.
Если электрическая дуга возникнет в открытом НКУ, то некоторые из описанных этапов могут не присутствовать или могут иметь меньшее воздействие. Тем не менее будет иметь место воздушная волна и подъем температуры вблизи дуги.
Находиться вблизи электрической дуги довольно опасно. Ниже приведены некоторые сведения, помогающие осознать эту опасность:
• давление: На расстоянии 60 см от электрической дуги, вызванной током короткого замыкания 20 кА, человек может подвергнуться воздействию силы 225 кг. Более того, резкая волна давления может нанести тяжелую травму барабанным перепонкам;
• температура дуги: около 7000-8000 °C;
• шумовое воздействие: Уровень шумового воздействия электрической дуги может достигнуть 160 дБ (выстрел из дробовика – 130 дБ).
[Перевод Интент]Тематики
- НКУ (шкафы, пульты,...)
EN
Англо-русский словарь нормативно-технической терминологии > effects of the electric arc inside switchgear and controlgear assemblу
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89 coefficient
- coefficient
- nкоэффициент; множитель; параметр; индекс
- coefficient of active earth pressure
- coefficient of compressibility
- coefficient of conductivity
- coefficient of consolidation
- coefficient of contraction
- coefficient of creep
- coefficient of cubical expansion
- coefficient of curvature
- coefficient of discharge
- coefficient of earth pressure
- coefficient of elasticity
- coefficient of expansion
- coefficient of filtration
- coefficient of friction
- coefficient of heat pump performance
- coefficient of heat transfer
- coefficient of internal friction
- coefficient of kinetic friction
- coefficient of linear expansion
- coefficient of moisture precipitation
- coefficient of natural relative collapsibility
- coefficient of overall heat transmission
- coefficient of passive earth pressure
- coefficient of performance
- coefficient of permeability
- coefficient of permeability to water
- coefficient of radiation
- coefficient of reduction
- coefficient of resistance
- coefficient of restitution
- coefficient of retardation
- coefficient of rigidity
- coefficient of rolling friction
- coefficient of roughness
- coefficient of safety
- coefficient of sliding friction
- coefficient of soil reaction
- coefficient of sorting
- coefficient of static friction
- coefficient of storage
- coefficient of strain
- coefficient of subgrade reaction
- coefficient of surface conductance
- coefficient of thermal conductivity
- coefficient of thermal expansion
- coefficient of thermal stability
- coefficient of transmissibility
- coefficient of uniformity
- coefficient of utilization
- coefficient of variation
- coefficient of volume change
- coefficient of water demand
- coefficient of wear
- absolute viscosity coefficient
- aerodynamic coefficient
- attenuation coefficient
- bending moment coefficients
- buckling coefficient
- Chézy discharge coefficient
- collision coefficient
- consolidation coefficient
- contraction coefficient
- correlation coefficient
- creep coefficient
- curvature coefficient
- damping coefficient
- dewatering coefficient
- dimensionless coefficient
- discharge coefficient
- distribution coefficient
- drag coefficient
- drainage coefficient
- expansion coefficient
- film coefficient of heat transfer
- flow coefficient
- frictional coefficient
- friction coefficient
- head loss coefficient
- heat absorption coefficient
- heat-conduction coefficient
- heat emission coefficient
- heat transfer coefficient
- hydroscopic coefficient
- infiltration coefficient
- inside film coefficient
- kinematic viscosity coefficient
- Lamq coefficient
- leakage coefficient
- linear expansion coefficient
- loss coefficient
- Manning's roughness coefficient
- mass transfer coefficient
- noise reduction coefficient
- numerical coefficient
- outside film coefficient of heat transfer
- outside film coefficient
- overall coefficient of heat transfer
- performance coefficient
- permeability coefficient
- power coefficient
- pressure coefficient
- radiation heat transfer coefficient
- reduction coefficient
- reflection coefficient
- reliability coefficient
- resistance coefficient
- rotational inertia coefficient
- runoff coefficient
- safety coefficient
- saturation coefficient
- shear coefficient
- shrinkage coefficient
- solar absorption coefficient
- sorting coefficient
- sound absorption coefficient
- sound reflection coefficient
- sound transmission coefficient
- stability coefficient
- stiffness coefficient
- storage coefficient
- strain-hardening coefficient
- strength coefficient
- surface coefficient of heat transfer
- temperature conductivity coefficient
- thermal expansion coefficient
- transmissibility coefficient
- vapor permeability coefficient
- viscosity coefficient
- void coefficient
- volumetric coefficient of thermal expansion
- weir coefficient
- wobble coefficient
Англо-русский строительный словарь. — М.: Русский Язык. С.Н.Корчемкина, С.К.Кашкина, С.В.Курбатова. 1995.
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90 hologram
-
aberrated hologram
-
aberration-free hologram
-
absorption hologram
-
achromatic fringe hologram
-
acoustical hologram
-
acoustic hologram
-
addressing hologram
-
amplitude-modulation hologram
-
amplitude hologram
-
amplitude-phase hologram
-
analog hologram
-
angularly encoded holograms
-
aplanatic hologram
-
astigmatic hologram
-
axial hologram
-
back-reference beam hologram
-
bandwidth reduced hologram
-
beat frequency hologram
-
bichromated gelatin hologram
-
binary hologram
-
black-and-white hologram
-
bleached hologram
-
Bragg-effect hologram
-
Bragg hologram
-
bright-field hologram
-
carrier frequency hologram
-
coded hologram
-
code-transform hologram
-
coding reference beam hologram
-
coherent hologram
-
color encoded hologram
-
color encode hologram
-
colored hologram
-
color hologram
-
complementary hologram
-
complex hologram
-
composite hologram
-
compound-image hologram
-
computed hologram
-
contact-copy hologram
-
continuous-exposure hologram
-
contour hologram
-
copied hologram
-
coupling hologram
-
dark-field hologram
-
data hologram
-
deep hologram
-
deflecting hologram
-
Denisyuk hologram
-
denser hologram
-
developed hologram
-
dichromatic hologram
-
difference frequency hologram
-
diffused hologram
-
diffuse hologram
-
digitally generated hologram
-
digitized hologram
-
diminished hologram
-
discrete-point hologram
-
discriminating hologram
-
displacement hologram
-
Doppler-imaged hologram
-
double-exposed hologram
-
double-exposure hologram
-
double-pulse hologram
-
double-recorded hologram
-
duplicated hologram
-
electrically erasable hologram
-
electron hologram
-
embossed hologram
-
encoded hologram
-
enlarged hologram
-
erasable hologram
-
evanescent waves hologram
-
evanescent hologram
-
exposed hologram
-
far-field hologram
-
ferroelectric hologram
-
filtered hologram
-
fine detailed hologram
-
flat substrate hologram
-
focused-image hologram
-
Fourier-transform hologram
-
Fourier hologram
-
Fraunhofer diffraction hologram
-
Fraunhofer hologram
-
frequency encoded hologram
-
Fresnel diffraction hologram
-
Fresnel hologram
-
frozen-fringe hologram
-
full channel hologram
-
full color hologram
-
full view hologram
-
Gabor-type hologram
-
Gabor hologram
-
gamma-ray hologram
-
ghost hologram
-
gray hologram
-
high bit-density hologram
-
high storage-density hologram
-
high-contrast hologram
-
high-efficiency hologram
-
highly redundant hologram
-
high-resolution hologram
-
horizontal parallax only hologram
-
horizontal parallax hologram
-
image hologram
-
image plane hologram
-
incoherent hologram
-
infinite fringe hologram
-
in-focus hologram
-
infrared hologram
-
in-line hologram
-
in-situ developing hologram
-
instant hologram
-
interference hologram
-
ionic hologram
-
isoplanatic hologram
-
large-aperture hologram
-
laser hologram
-
latent hologram
-
Leith-Upatnieks hologram
-
lens-assisted hologram
-
lensless hologram
-
light hologram
-
line hologram
-
linearly recorded hologram
-
Lippmann-Bragg hologram
-
liquid hologram
-
liquid-crystal hologram
-
low-noise hologram
-
magnetic hologram
-
magnetooptic hologram
-
magnified hologram
-
master hologram
-
memory hologram
-
microscopic hologram
-
microwave hologram
-
mixed hologram
-
monochrome hologram
-
multichannel hologram
-
multicolor hologram
-
multiexposed hologram
-
multiple-exposed hologram
-
multiple hologram
-
multiple-exposure hologram
-
multiple-object beam hologram
-
multiple-phase hologram
-
multiplexed hologram
-
multiplex hologram
-
multiplexing hologram
-
near-field hologram
-
nonlinearly recorded hologram
-
nonoptical hologram
-
nonredundant hologram
-
object-beam coded hologram
-
off-axis hologram
-
offset hologram
-
on-axis hologram
-
optical hologram
-
optically erasable hologram
-
optically formed hologram
-
optically generated hologram
-
optically recorded hologram
-
original hologram
-
overdeveloped hologram
-
overexposed hologram
-
panoramic hologram
-
phase hologram
-
phase-contrast hologram
-
phase-modulated hologram
-
phase-modulating hologram
-
photochromic hologram
-
photoetched hologram
-
photographic hologram
-
photopolymer hologram
-
photoreduced hologram
-
planar hologram
-
plane hologram
-
polarization hologram
-
postexposure hologram
-
preexposure hologram
-
primary color hologram
-
processed hologram
-
pulsed laser hologram
-
radar hologram
-
rainbow hologram
-
readable hologram
-
reconstructed hologram
-
recorded hologram
-
reduced bandwidth hologram
-
redundant hologram
-
reference hologram
-
reflectance hologram
-
reflection-reconstructed hologram
-
reflection hologram
-
reflection-reflection hologram
-
reflection-transmission hologram
-
reflective-type hologram
-
reflective hologram
-
refractive beam hologram
-
relief hologram
-
replicated hologram
-
ring hologram
-
sampled hologram
-
sample hologram
-
sampling hologram
-
scalar hologram
-
scaled hologram
-
scale hologram
-
scanned detector hologram
-
scanned source hologram
-
secondary hologram
-
sector-scan hologram
-
self-developing hologram
-
sequentially exposed hologram
-
single-color hologram
-
single-exposed hologram
-
single-layer hologram
-
slightly overlapping holograms
-
slit hologram
-
sound wave hologram
-
sound hologram
-
space-division multiplexed hologram
-
spatial carrier hologram
-
spatial frequency encoded hologram
-
speckle-free hologram
-
spectroscopic hologram
-
spherical substrate hologram
-
split-beam hologram
-
stereographic hologram
-
strip hologram
-
strobed hologram
-
stroboscopic hologram
-
subchannel hologram
-
superimposed holograms
-
surface hologram
-
surface-relief hologram
-
thermally developed hologram
-
thermally erasable hologram
-
thermochromic hologram
-
thermoplastic hologram
-
thick film hologram
-
thick hologram
-
thick-coated hologram
-
thin film hologram
-
thin hologram
-
three-dimensional hologram
-
three-exposure hologram
-
time-averaged hologram
-
time-multiple-exposure hologram
-
total internal reflection hologram
-
total reflection hologram
-
transmission-reflection hologram
-
transmission-transmission hologram
-
transmissive hologram
-
transparent hologram
-
true color hologram
-
two-beam hologram
-
two-color hologram
-
two-dimensional hologram
-
two-exposure hologram
-
unbleached hologram
-
underdeveloped hologram
-
underexposed hologram
-
undersampled hologram
-
uniaxial hologram
-
visible-light hologram
-
volume hologram
-
white-light hologram
-
wide-angle hologram
-
xerographic hologram
-
X-ray hologram
-
zone plate hologram -
91 leakage
1) утечка; течь; просачивание2) потери ( вследствие утечки)4) допустимые утечки ( в процентах)5) ток утечки6) неплотность, негерметичность•-
ballast leakage
-
base leakage
-
belt leakage
-
body leakage
-
brake pipe leakage
-
charge leakage
-
clock leakage
-
combustion leakage
-
current leakage
-
diffusion leakage
-
direct leakage
-
direct-current leakage
-
electrostatic leakage
-
end-coil leakage
-
end leakage
-
erosive leakage
-
external leakage
-
flue leakage
-
flux leakage
-
gland leakage
-
ground leakage
-
heat leakage
-
high leakage
-
insulation leakage
-
internal leakage
-
joint leakage
-
junction leakage
-
light leakage
-
low leakage
-
magnetic leakage
-
net leakage
-
neutron leakage
-
null leakage
-
radiation leakage
-
radioactive leakage
-
radio-frequency leakage
-
rail pressure leakage
-
refrigerant leakage
-
return leakage
-
rotor-tip leakage
-
secondary leakage
-
seep leakage
-
slot leakage
-
solution leakage
-
spectral leakage
-
steam leakage
-
subthreshold leakage
-
surface leakage
-
tip leakage
-
tooth-top leakage
-
total leakage
-
track circuit leakage
-
transportation leakage
-
valve leakage
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volume leakage
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watershed leakage -
92 level
1) уровень || устанавливать (регулировать) уровень3) энергетический уровень, уровень энергии4) степень5) градация10) нивелир || нивелировать11) уровень, ватерпас || устанавливать по уровню13) значение ( расчётного параметра)15) планировать, производить планировку ( грунта); разравнивать16) выравнивать(ся) ( о цвете)17) ровно ложиться ( о краске); растекаться с образованием ровной поверхности ( о краске или лаке)19) связь, радио громкость21) горизонтальный полёт || лететь горизонтально•to level off — 1. достигать равновесия; стабилизировать(ся) 2. выпрямлять ( кривую) 3. выравнивать ( положение воздушного судна) 4. приближаться к предельному значению 5. планировать; разравнивать 6. устанавливаться на постоянном уровне;to remain level — выдерживать горизонтальное положение;to reverse a level end-for-end — менять местами концы уровня;-
actuation level
-
addressing level
-
adit level
-
aerodrome level
-
air level
-
alert level
-
allowable level
-
ambient light level
-
ambient noise level
-
amplitude levels
-
amplitude-modulation noise level
-
approach noise level
-
ash level
-
atomic energy level
-
atomic level
-
audio-signal output level
-
average picture level
-
average sidelobe level
-
background level
-
background noise level
-
backlobe level
-
backup water level
-
band level
-
band-gap level
-
base level
-
basic impulse level
-
behavioral level
-
benchmark level
-
bin-filling level
-
binocular level
-
black level
-
blacker-than-black level
-
black-out level
-
bound level
-
breath sample level
-
bubble level
-
builder's level
-
bulk trap level
-
burden level
-
calibration level
-
carpenter's level
-
carrier level
-
carrier noise level
-
certificated noise level
-
charge level
-
charge-storage level
-
chroma level
-
circuit noise level
-
cleanliness level
-
cloud level
-
commanded speed level
-
concentration level
-
condemnation level
-
condensation level
-
confidence level
-
constraint level
-
contamination level
-
control program level
-
conversion level
-
corona level
-
cracking level
-
crosscut level
-
cross-product level
-
cruising level
-
crusher level
-
curb level
-
cutoff level
-
dam crest level
-
datum level
-
decision level
-
deep-lying level
-
deep level
-
defect level
-
derating level
-
device level
-
direct current level
-
direct sound level
-
donor level
-
doping level
-
downstream water level
-
drainage level
-
drawdown level
-
drive level
-
dumpy level
-
dust level
-
Egault level
-
electrical level of vacancy
-
electromagnetic interference level
-
energy level
-
engineer's level
-
equilibrium-xenon level
-
excitation level
-
exploration level
-
failure rate level
-
failure level
-
Fermi characteristic energy level
-
Fermi level
-
first-order level
-
flight level
-
float level
-
flood-control storage level
-
fluid level
-
foreplate level
-
formation level
-
foundation level
-
free energy level
-
freezing level
-
fuel irradiation level
-
geodetic level
-
geostrophic wind level
-
glass level
-
grade level
-
gray level
-
ground level
-
ground vibrational level
-
groundwater level
-
gyro level
-
half-tide level
-
hand level
-
haulage level
-
headwater level
-
heat-treated strength level
-
high injection level
-
highest water level
-
high-water level
-
hum level
-
illumination level
-
impounded water level
-
impulse insulation level
-
impurity level
-
injection level
-
input level
-
insulation level
-
integration level
-
intensity level
-
interference level
-
internal surge level
-
interrupt level
-
intrinsic level
-
invert level
-
inverted level
-
light level
-
line level
-
loadout level
-
local level
-
logical level
-
loudness level
-
lower level
-
low-pressure level
-
low-water level
-
luminance level
-
main level
-
manning level
-
mantle level
-
masking level
-
mason's level
-
mass activity cleanliness level
-
maximum controllable level
-
maximum flood level
-
maximum operating level
-
maximum rated sound-power level
-
maximum recording level
-
maximum water level
-
mean annoyance level
-
measurement level
-
mechanic's level
-
meniscus level
-
metal level
-
metastable level
-
mezzanine level
-
minimum drawdown level
-
mining level
-
multiplet level
-
nesting level
-
neutron level
-
no activity cleanliness level
-
noise equivalent level
-
noise level
-
normal level
-
normal maximum operating level
-
normal pool level
-
normaltopwater level
-
normalwater level
-
nose swab level
-
occupational level
-
occupied level
-
octane level
-
oil level
-
operating level
-
operational cleanliness level
-
output level
-
overload level
-
particulate level
-
peak level
-
peak recording level
-
peak signal level
-
peak white level
-
pedestal level
-
pendulum level
-
perceived noise level
-
permissible level
-
phonon level
-
plumb level
-
pollution level
-
power level
-
power monitoring level
-
power spectrum level
-
PPM level
-
precise level
-
predetermined level
-
pressure level
-
priority level
-
production level
-
protective level
-
pumping level
-
quantization level
-
quieting level
-
radiation level
-
reactor power level
-
received signal level
-
recording level
-
redundancy level
-
reference fare level
-
reference level
-
reliability level
-
resonance level
-
response level
-
reverberant sound level
-
river-bed level
-
safe-health level
-
saturation level
-
sea level
-
self-leveling level
-
sensation level
-
sidelobe level
-
siege level
-
significance level
-
slack level
-
slag level
-
snorkel level
-
solar flux level
-
sound pressure level
-
sound level
-
speech level
-
spirit level
-
stage level
-
staggered flight levels
-
standard isobaric level
-
static level
-
steady-state noise level
-
stress intensity level
-
striding level
-
summer oil level
-
surface level
-
susceptibility level
-
switching surge level
-
switching-surge protective level
-
sync level
-
tailwater level
-
target level of safety
-
testing level
-
thermal noise level
-
threshold level
-
tilting level
-
toxicity level
-
transition level
-
transmission level
-
trigger level
-
upper level
-
upstream level
-
user level
-
vacuum level
-
variable quantizing level
-
ventilation level
-
vibration level
-
voltage level
-
volume units level
-
water level
-
white level
-
winter oil level
-
working level
-
wye level
-
Y-level
-
zero level
-
zero transmission level -
93 measurement
2) размер3) система мер•downhole measurement while drilling — скважинные исследования в процессе бурения;measurement on a voltmeter — измерение вольтметром;to transfer measurements from standards to instruments — передавать размеры единиц от эталонов рабочим средствам измерений-
absolute measurement
-
ac measurements
-
accurate measurement
-
acting position measurement
-
acting speed measurement
-
airborne radar measurement
-
ancillary measurement
-
angle measurement
-
angular position measurement
-
antenna measurements
-
antenna pattern measurement
-
attenuation measurement
-
aureole measurements
-
automatic workpiece measurement
-
balance measurement
-
balloon-borne measurements
-
balloon measurements
-
bared measurement
-
base measurement
-
calibration grade measurement
-
calibration measurement
-
check measurement
-
coarse visual measurement
-
cold measurements
-
comparative international measurement
-
comparative measurement
-
computer-aided measurement and control
-
consecutive measurements
-
conventional measurement
-
dc measurements
-
differential torque measurement
-
dimensional measurements
-
direct measurement
-
discharge measurement
-
distance measurement
-
distortion-free measurement
-
Doppler measurement
-
dual wavelength satellite measurements
-
dynamic measurements
-
eclipse measurements
-
electrical ac loss measurement
-
electrical measurements
-
emissivity measurement
-
end-use measurements
-
external measurement
-
field measurement
-
floating measurement
-
flow measurement
-
forest measurement
-
four-terminal measurement
-
free-field measurement
-
frequency-domain measurements
-
go-and-return measurement
-
ground-based measurements
-
hot measurements
-
hydraulic measurement
-
indirect measurement
-
inflight measurement
-
infrared measurements
-
in-process measurement
-
in-service measurement
-
in-situ measurements
-
instantaneous measurement
-
integrated measurement
-
internal measurement
-
in-water measurements
-
isotope-tracer measurement
-
laboratory measurements
-
land-based radar measurement
-
lidar visibility measurement
-
linear measurement
-
mass-spectrometer measurements
-
meaningful measurement
-
microwave measurements
-
multipath measurement
-
multipoint measurements
-
multispectral measurements
-
near-surface measurements
-
off-ground measurement
-
omnidirectional measurement
-
one-shot measurement
-
on-line frequency response measurement
-
out-of-service measurement
-
pattern measurement
-
pendulum measurement
-
phase-conscious measurement
-
photoelastic measurement
-
photometric measurements
-
physical measurements
-
point-to-point measurements
-
polarographic measurement
-
position measurement
-
potentiometric measurements
-
precision measurement
-
primary measurement
-
pseudorange measurement
-
pseudorange transit-time measurement
-
pulse measurements
-
qualitative measurement
-
quantitative measurement
-
radar distance measurement
-
radio interferential measurements
-
radio occultation measurements
-
radioactivity measurement
-
radiocarbon measurements
-
radiometric measurements
-
radiosonde measurements
-
reference measurement
-
reliable measurement
-
remote measurement
-
repeatable measurements
-
reproducible measurements
-
rocket ground measurements
-
rocket measurements
-
rocket probe measurements
-
rough measurement
-
routine measurement
-
satellite-based measurements
-
satellite measurements
-
sea truth measurements
-
sediment-load measurement
-
shipboard measurements
-
short-circuit measurement
-
single-plane measurements
-
sound measurement
-
spaceborne measurement
-
spaced sensor measurements
-
spectrophotometric measurement
-
spectrometric measurement
-
static measurements
-
steady-state measurements
-
substitution measurement
-
surface roughness measurement
-
survey measurement
-
time-domain measurements
-
tower measurement
-
traceable measurement
-
transfer measurement
-
two-plane measurements
-
typographic measurement
-
ultrasonic measurement
-
unambiguous measurement
-
unbalance measurement
-
uniform measurements
-
volume measurements
-
wide-angle measurements
-
work bench measurements
-
zero offset measurement -
94 resistance
1) сопротивление; сопротивляемость; прочность (см. тж
strength.)2) стойкость, устойчивость3) эл. (активное) сопротивление4) резистор•resistance in waves — сопротивление ( судна) при ходе на волнении;resistance to case — сопротивление относительно корпуса, сопротивление относительно земли;resistance to corrosion fatigue — коррозионно-усталостная прочность;resistance to pit corrosion — сопротивление питтинговой коррозии;resistance to poisoning — стойкость ( катализатора) к отравлению;-
abrasion resistance
-
abrasive wear resistance
-
abrasive resistance
-
ac resistance
-
acid resistance
-
acoustic resistance
-
active resistance
-
aerodynamic resistance
-
aging resistance
-
air resistance
-
alkali resistance
-
antenna resistance
-
antiinterference resistance
-
apparent resistance
-
appendages resistance
-
arc resistance
-
armature resistance
-
ascent resistance
-
asynchronous resistance
-
back resistance
-
bacterial resistance
-
balancing resistance
-
ballast resistance
-
bare-hull resistance
-
barrier-layer resistance
-
bearing resistance
-
bending resistance
-
bleeder resistance
-
block resistance
-
blocking resistance
-
body resistance
-
bond resistance
-
booster resistance
-
bossing resistance
-
brake resistance
-
branch resistance
-
brittle fracture resistance
-
brush resistance
-
buckling resistance
-
bulk resistance
-
burden resistance
-
calibrating resistance
-
calm-water resistance
-
cathode-interface layer resistance
-
cathode-interface resistance
-
channel resistance
-
charging resistance
-
chemical resistance
-
climbing resistance
-
cohesive resistance
-
coil resistance
-
cold resistance
-
collapse resistance
-
commutation wear resistance
-
compressive resistance
-
concussion resistance
-
contact pressure resistance
-
contact resistance
-
corona resistance
-
corrosion resistance
-
coupling resistance
-
crack growth resistance
-
crack initiation resistance
-
crack resistance
-
creep resistance
-
criticalbuild-up resistance
-
crushing resistance
-
cubic resistance
-
curving resistance
-
cutting resistance
-
dark resistance
-
dc copper resistance
-
dc resistance
-
dead resistance
-
decoupling resistance
-
deep-water resistance
-
devitrification resistance
-
dielectric resistance
-
differential resistance
-
diffusion resistance
-
dirtiness resistance
-
discharge resistance
-
displacement resistance
-
distributed resistance
-
drag resistance
-
dynamic resistance
-
earth-connection resistance
-
eddy-making resistance
-
eddy resistance
-
edge tearing resistance
-
effective resistance
-
elastic resistance
-
electrical resistance
-
electrode resistance
-
electrolytic resistance
-
end resistance
-
environmental resistance
-
equivalent resistance
-
erosion resistance
-
erosive wear resistance
-
etch resistance
-
fatigue resistance
-
fault resistance
-
field resistance
-
field-coil resistance
-
filament resistance
-
fire resistance
-
flange resistance
-
flat crush resistance
-
flexing resistance
-
flexural resistance
-
flow resistance
-
folding resistance
-
footing resistance
-
forward resistance
-
fracture extension resistance
-
frame resistance
-
free rolling resistance
-
freeze resistance
-
freeze-thaw resistance
-
freezing resistance
-
friction heat resistance
-
frost resistance
-
fungus resistance
-
glass attack resistance
-
go-and-return resistance
-
grease hardening resistance
-
head resistance
-
heat resistance
-
heat-transfer resistance
-
hf resistance
-
hot-corrosion resistance
-
hot-tear resistance
-
humidity resistance
-
hydraulic resistance
-
hydrodynamic resistance
-
ice resistance
-
impact resistance
-
impulse resistance
-
incremental resistance
-
indentation resistance
-
induced resistance
-
input resistance
-
insertion resistance
-
insulation resistance
-
interface-layer resistance
-
interface resistance
-
intergranular corrosion resistance
-
internal resistance
-
intrinsic corrosion resistance
-
ionic resistance
-
joint resistance
-
junction resistance
-
lateral resistance
-
leadresistance
-
leakage resistance
-
light resistance
-
linear resistance
-
load resistance
-
locomotive resistance
-
loop resistance
-
loss resistance
-
low-frequency resistance
-
lumped resistance
-
magnetic resistance
-
mass-transfer resistance
-
mechanical resistance
-
mildew fungus resistance
-
mildew resistance
-
moisture resistance
-
momentum resistance
-
motional resistance
-
naked-hull resistance
-
negative phase-sequence resistance
-
negative sequence resistance
-
negative resistance
-
net train resistance
-
neutral resistance
-
noise resistance
-
nonlinear resistance
-
normal resistance of superconductor
-
off resistance
-
ohmic resistance
-
oil resistance
-
on resistance
-
optimum linearizing load resistance
-
outflow resistance
-
output resistance
-
overall resistance
-
oxidation resistance
-
parallel resistance
-
parasitie resistance
-
peeling resistance
-
picking resistance
-
plug resistance
-
positive phase-sequence resistance
-
positive sequence resistance
-
pressure resistance
-
preventive resistance
-
puncture resistance
-
pure resistance
-
radiation resistance
-
radio-frequency resistance
-
rail resistance
-
rated resistance
-
rated zero-power resistance
-
real resistance
-
reduced resistance
-
relative wear resistance
-
replica resistance
-
residual resistance
-
resonant resistance
-
reverse resistance
-
rf resistance
-
rolling resistance
-
roughness resistance
-
rough-water resistance
-
rub resistance
-
running resistance
-
sag resistance
-
salt resistance
-
scale resistance
-
score resistance
-
seismic resistance
-
separation resistance
-
series resistance
-
setup resistance
-
shearing resistance
-
sheet resistance
-
shock resistance
-
shrink resistance
-
shunt resistance
-
shunt-breaking resistance
-
skid resistance
-
skirt contact resistance
-
slag resistance
-
sliding resistance
-
slip resistance
-
small-signal resistance
-
snag resistance
-
source resistance
-
spalling resistance
-
specific magnetic resistance
-
specific resistance
-
spray resistance
-
spring resistance
-
stain resistance
-
standard resistance
-
starting resistance
-
static resistance
-
streamline-flow resistance
-
stress crack resistance
-
structure-footing resistance
-
support resistance
-
surface resistance
-
surge resistance
-
switching wear resistance
-
switch-off resistance
-
switch-on resistance
-
takeoff resistance
-
tear resistance
-
temperature resistance
-
terminal resistance
-
thermal contact resistance
-
thermal resistance
-
thermal shock resistance
-
tire rolling resistance
-
tool wear resistance
-
torsional resistance
-
total resistance
-
towing resistance
-
tracking resistance
-
traction resistance
-
train resistance
-
train shunt resistance
-
transient resistance
-
true resistance
-
turning resistance
-
twisting resistance
-
ultimate resistance
-
vapor resistance
-
variable resistance
-
viscous resistance
-
voltage-dependent resistance
-
volume resistance
-
vortex resistance
-
wake traverse resistance
-
water resistance
-
water-contact resistance
-
wave resistance
-
wave-breaking resistance
-
wave-forming resistance
-
wear resistance
-
weather resistance
-
wet skid resistance
-
wetting resistance
-
white-rust resistance
-
wind resistance
-
wrinkle resistance
-
yield resistance
-
zero phase-sequence resistance
-
zero-power resistance -
95 thread
4) волокно5) гидр. линия тока6) горн. тонкий прожилок7) нитевидная свиль ( порок стекла)8) резьба || нарезать резьбу10) "зашивать" (в память)13) материал, удаляемый резцом ( при механической звукозаписи)•to chase threads — очищать резьбу ( перед свинчиванием);to hide thread — затягивать резьбовое соединение до отказа-
acme thread
-
acrylonitrile synthetic rubber thread
-
air textured continuous filament threads
-
basting thread
-
binder thread
-
bonded thread
-
broken warp thread
-
bulked continuous filament threads
-
bulked spun threads
-
cable thread
-
coarse thread
-
continuous filament thread
-
cord thread
-
corded thread
-
core thread
-
corespun thread
-
core-twisted thread
-
cotton floss thread
-
covered rubber thread
-
double thread
-
draw thread
-
drunken thread
-
external thread
-
filling thread
-
fine thread
-
flattened thread
-
flossy thread
-
floss thread
-
galled thread
-
guide thread
-
harness thread
-
high-volume thread
-
inch thread
-
internal thread
-
ISO metric thread
-
latex rubber thread
-
left-handed thread
-
left-hand thread
-
locking thread
-
long-length thread
-
looper thread
-
metric thread
-
monocord thread
-
monofilament thread
-
multifilament thread
-
multistart thread
-
napless thread
-
needle thread
-
pipe thread
-
plasma thread
-
ply thread
-
protocord thread
-
reinforcement thread
-
right-handed thread
-
right-hand thread
-
round thread
-
schappe-spun threads
-
screw thread
-
separation thread
-
simple twist thread
-
slave thread
-
spun threads
-
square thread
-
stay thread
-
straight thread
-
stripped thread
-
tapered thread
-
taper thread
-
thread of current
-
three-cord thread
-
tool-joint thread
-
trapezoidal thread
-
triangular thread
-
uncovered elastic thread
-
upper thread
-
Whitworth thread
-
woolly textured nylon sewing threads
-
woolly textured synthetic sewing threads
-
worm thread -
96 в качестве варианта
•Alternatively, the dependence of internal energy on volume can be obtained.
•As an alternative to this principle the company has introduced...
Русско-английский научно-технический словарь переводчика > в качестве варианта
-
97 в результате
•The hypothesis assumes that the genetic code was universal in (or as a) consequence of its being established in the ancestral stock.
•The internal energy increases as a result of the reaction.
•In this zone, mixing occurs as the result of convection.
•In response to the increase of pressure the emergency system went into action.
•The changes in band intensity associated with changes in pH...
•A hydrogen atom is first formed by collision.
•The work is done by virtue of the volume change.
•The first term is the energy contribution due to the translational motion of...
•The possible carbonium ions that can form the addition of...
•With the single-heterostructure laser some of the light is still lost owing to its penetration across...
•Contamination of condensate may occur leakage of...
•The pulse shapes were derived scanning different types of particles.
•This work has resulted in two waveguides.
•Bentonite shrinks upon drying.
* * *В результате -- as a result of, as a consequence of, in consequence; because of; fromAs a result of the present evaluation of existing two-phase flow correlations, the following conclusions can be stated.In consequence, considerable attention has been paid to the operator interface with the intention of making the transition to digital control as painless as possible.Wastage, if any, in these regions would be masked because of the signal problems.Perturbations should develop in the toroidal fields from a fault condition.Русско-английский научно-технический словарь переводчика > в результате
-
98 в качестве варианта
•Alternatively, the dependence of internal energy on volume can be obtained.
•As an alternative to this principle the company has introduced...
Русско-английский научно-технический словарь переводчика > в качестве варианта
-
99 в результате
•The hypothesis assumes that the genetic code was universal in (or as a) consequence of its being established in the ancestral stock.
•The internal energy increases as a result of the reaction.
•In this zone, mixing occurs as the result of convection.
•In response to the increase of pressure the emergency system went into action.
•The changes in band intensity associated with changes in pH...
•A hydrogen atom is first formed by collision.
•The work is done by virtue of the volume change.
•The first term is the energy contribution due to the translational motion of...
•The possible carbonium ions that can form the addition of...
•With the single-heterostructure laser some of the light is still lost owing to its penetration across...
•Contamination of condensate may occur leakage of...
•The pulse shapes were derived scanning different types of particles.
•This work has resulted in two waveguides.
•Bentonite shrinks upon drying.
Русско-английский научно-технический словарь переводчика > в результате
-
100 IVR
1) Компьютерная техника: Interactive Virtual Reality, Interactive Voice Recognition2) Техника: Internet virtual reality3) Фармакология: Infusion volume reduced4) Физиология: Idio- Ventricular rhythm5) Вычислительная техника: Interactive Voice Response (CTI)6) Фирменный знак: Incline Vacation Rental7) Сетевые технологии: интерактивная система ответа на телефонные звонки, interactive voice reference ( интерактивная система ответа на телефонные звонки)8) Программирование: Immediate Value Returned, (Interactive Voice Response) голосовое меню, интерактивный автоответчик (см. Interactive Voice Response)9) Телефония: (interactive voice response) автоинформатор (http://en.wikipedia.org/wiki/IVR)10) Авиационная медицина: internal visual reference11) Макаров: intramolecular vibrational energy redistribution, intramolecular vibrational redistribution, vibrational energy redistribution, внутримолекулярное перераспределение колебательной энергии, внутримолекулярное колебательное перераспределение (энергии)12) Расширение файла: Interactive Voice Response, Virtual reality world (live picture)13) Электротехника: integrated voltage regulator
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