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1 thermal still
аппарат для термической перегонки
колонна для термической перегонки
перегонный куб
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[ http://slovarionline.ru/anglo_russkiy_slovar_neftegazovoy_promyishlennosti/]Тематики
Синонимы
EN
Англо-русский словарь нормативно-технической терминологии > thermal still
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2 thermal still
Большой англо-русский и русско-английский словарь > thermal still
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3 thermal still
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4 thermal still
аппарат для термической перегонки, колонна для термической перегонки; перегонный куб* * *Англо-русский словарь нефтегазовой промышленности > thermal still
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5 thermal still
1) Техника: аппарат для термической перегонки2) Нефть: колонна для термической перегонки, перегонный куб3) Макаров: куб для термической перегонки -
6 thermal still
(petr) cazan de distilare -
7 still
1) перегонный аппарат, перегонный куб, дистиллятор || перегонять, дистиллировать5) неподвижный кадр, стоп-кадр; видеокадр6) тлв заставка7) декорации; (павильонные) кинодекорации8) фотореклама•-
accumulator still
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alternating stills
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atmospheric still
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beer still
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circular radiant pipe still
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coking still
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column still
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cracking still
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crude still
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cylinder still
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distillating still
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down convection pipe still
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falling-film molecular still
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fire-and-steam still
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iron still
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lubricating oil still
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molecular still
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oil still
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once-through pipe still
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overhead convection pipe still
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petroleum still
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pipe still
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pot still
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pressure still
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pressurized still
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rectifying still
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semiconvection pipe still
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series pipe stills
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shell still
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side-fired recirculating still
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single-flash pipe still
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solar still
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steam still
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steam-bottom still
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stripping still
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sulfur still
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sweetening still
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tar dehydrating still
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tar still
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thermal still
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tilled solar still
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topping pipe still
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tower still
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tube still
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vacuum extract still
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vacuum still
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water still
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wick-type solar still -
8 still
перегонный куб; дистиллятор
* * *
1) перегонный аппарат, перегонный куб, дистиллятор; выпарной аппарат || перегонять, дистиллировать•- alternating stills
- atmospheric still
- blowing still
- circular radiant pipe still
- coking still
- column still
- cracking still
- crude still
- cylinder still
- distillating still
- distillation still
- down convection pipe still
- falling-film molecular still
- fire still
- fire-and-steam still
- hog still
- iron still
- lubrication oil still
- oil still
- once-through pipe still
- overhead convection pipe still
- petroleum still
- pipe still
- pot still
- pressure still
- pressurized still
- rectifying still
- reducing still
- semiconvection pipe still
- series pipe stills
- shell still
- side-fired recirculating still
- single-flash pipe still
- steam still
- steam-bottom still
- stripping still
- sweetening still
- tar still
- thermal still
- topping pipe still
- tower still
- tube still
- vacuum still* * *• котел -
9 chamber
1) камера; отсек; отделение || помещать в камеру || камерный2) камера, полость3) комната4) мн. ч. англ. квартира•chamber behind retarder piston — авто запоршневое пространство замедлителя хода-
absorption chamber
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accelerating chamber
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acoustic chamber
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aerotype float chamber
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air chamber
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air lock chamber
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air working chamber
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airborne haze chamber
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air-mixing chamber
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air-ventilation chamber
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altitude chamber
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altitude test chamber
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altitude/temperature chamber
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amalgamating chamber
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anechoic chamber
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aneroid chamber
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annular combustion chamber
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anode chamber
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aspirating chamber
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atomizing chamber
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baffle chamber
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baking chamber
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bathtub combustion chamber
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bean combustion chamber
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blasting chamber
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blending chamber
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box-type combustion chamber
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brake chamber
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brake diaphragm chamber
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brine chamber
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bubble chamber
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burn-in chamber
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cable chamber
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camera chamber
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cannular combustion chamber
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can-type combustion chamber
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carbon-settling chamber
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carburetor diffuser chamber
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carburetor float chamber
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carburetor suction chamber
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cartridge chamber
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catalyst chamber
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cathode chamber
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checker chamber
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chromatographic chamber
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clay chamber
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climatic chamber
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cloud chamber
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coating chamber
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coke chamber
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cold storage chamber
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collision chamber
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combustion chamber
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compensated ionization chamber
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compression chamber
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conditioning chamber
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cooking chamber
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cooling chamber
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cracking chamber
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crimping chamber
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crusher chamber
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cushion chamber
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cyclone combustion chamber
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decay chamber
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deck decompression chamber
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decompression chamber
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decontamination chamber
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deep freeze storage chamber
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defrosting chamber
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delivery chamber
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deposition chamber
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detritus chamber
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developing chamber
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diffusion cloud chamber
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diffusion chamber
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digestion chamber
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discharge chamber
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diversion chamber
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divertor chamber
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divided combustion chamber
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diving chamber
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drawing chamber
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drill chamber
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drip chamber
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drying chamber
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dust collection chamber
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dust chamber
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dust precipitation chamber
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echo chamber
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electrical dust precipitation chamber
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electrochemical machining chamber
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electrode chamber
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electrostatic paint chamber
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end fission chamber
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enriched-uranium fission chamber
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environmental chamber
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environmental test chamber
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evacuated chamber
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evaporation chamber
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exhaust chamber
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expansion chamber
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explosion chamber
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exposure chamber
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extinguishing chamber
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fast ionization chamber
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fast-neutron exposure chamber
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filtration chamber
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fission chamber
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flash chamber
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flat fission chamber
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float chamber
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float glass-forming chamber
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flush chamber
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foam chamber
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foam-collecting chamber
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foam-mixing chamber
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fog chamber
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freeze-drying chamber
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freezing chamber
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frozen products chamber
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frying chamber
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fuel injection chamber
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fuel-changing chamber
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fumigation chamber
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furnace chamber
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gamma-bucking ionization chamber
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gamma-ionization chamber
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gamma-ray chamber
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gas discharge chamber
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grit chamber
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grouting chamber
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heating chamber
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hemispherical combustion chamber
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humidifying chamber
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hyperbaric chamber
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influent chamber
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inlet chamber
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inspection chamber
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intake chamber
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ion production chamber
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ionization chamber
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ion chamber
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irradiation chamber
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jet chamber
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ladle-degassing chamber
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leak-detection chamber
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lock chamber
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low-pressure chamber
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magma chamber
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melting chamber
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mixing chamber
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moist chamber
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multidiaphragm brake chamber
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navigation chamber
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neutron-detecting chamber
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neutron-exposure chamber
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nondivided combustion chamber
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oil chamber
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overflow chamber
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piston retraction chamber
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plenum chamber
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plutonium fission chamber
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polyspherical combustion chamber
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pot chamber
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power ionization chamber
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precombustion chamber
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precooling chamber
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preheating chamber
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preplasticizing chamber
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pressure chamber
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pressure test chamber
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pretest chamber
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primary drying chamber
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priming chamber
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processing chamber
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process chamber
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proof chamber
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pull chamber
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quenching chamber
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radiation chamber
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rapid temperature change chamber
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reaction chamber
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rebound chamber
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reducing chamber
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refrigeration chamber
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regenerative chamber
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resonance chamber
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resonating chamber
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reverberation chamber
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reverse-flow combustion chamber
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roasting chamber
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rotary spool chamber
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runner chamber
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salt-fog chamber
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sampler chamber
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scintillation chamber
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secondary drying chamber
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sedimentation chamber
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sediment chamber
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separating chamber
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settling chamber
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shrink chamber
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single combustion chamber
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single-operating shrink chamber
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skimming chamber
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slag chamber
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slow-neutron detecting chamber
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slow-neutron exposure chamber
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sludge chamber
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sluice chamber
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smelting chamber
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smog chamber
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smoke chamber
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smoking chamber
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soaking chamber
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spherical combustion chamber
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spinning chamber
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spray chamber
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spray cooling chamber
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spray paint chamber
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spring chamber
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sputtering chamber
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stagnation chamber
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standing-off chamber
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steam-curing chamber
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still-water chamber
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straight-through flow chamber
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straight flow chamber
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subfloor chamber
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submersible decompression chamber
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suction chamber
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supply chamber
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suppression chamber
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surge chamber
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swirl chamber
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swirl combustion chamber
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takeup chamber
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target chamber
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temperature cycling chamber
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temperature chamber
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test chamber
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thermal shock chamber
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thermal vacuum chamber
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thermostatically controlled chamber
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toroidal-cavity combustion chamber
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track chamber
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transfer chamber
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triple diaphragm brake chamber
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tubular combustion chamber
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tuning chamber
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turbulence combustion chamber
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turbulent mixing chamber
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uncompensated ionization chamber
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vacuum chamber
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vacuum test chamber
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valve chamber
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vapor chamber
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vaporizing chamber
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viewing chamber
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vortex combustion chamber
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washing chamber
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wedge-shaped combustion chamber
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welding chamber
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wellhead chamber
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Wilson cloud chamber
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Wilson chamber
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wind chamber
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work chamber
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working chamber -
10 Chevenard, Pierre Antoine Jean Sylvestre
SUBJECT AREA: Metallurgy[br]b. 31 December 1888 Thizy, Rhône, Franced. 15 August 1960 Fontenoy-aux-Roses, France[br]French metallurgist, inventor of the alloys Elinvar and Platinite and of the method of strengthening nickel-chromium alloys by a precipitate ofNi3Al which provided the basis of all later super-alloy development.[br]Soon after graduating from the Ecole des Mines at St-Etienne in 1910, Chevenard joined the Société de Commentry Fourchambault et Decazeville at their steelworks at Imphy, where he remained for the whole of his career. Imphy had for some years specialized in the production of nickel steels. From this venture emerged the first austenitic nickel-chromium steel, containing 6 per cent chromium and 22–4 per cent nickel and produced commercially in 1895. Most of the alloys required by Guillaume in his search for the low-expansion alloy Invar were made at Imphy. At the Imphy Research Laboratory, established in 1911, Chevenard conducted research into the development of specialized nickel-based alloys. His first success followed from an observation that some of the ferro-nickels were free from the low-temperature brittleness exhibited by conventional steels. To satisfy the technical requirements of Georges Claude, the French cryogenic pioneer, Chevenard was then able in 1912 to develop an alloy containing 55–60 per cent nickel, 1–3 per cent manganese and 0.2–0.4 per cent carbon. This was ductile down to −190°C, at which temperature carbon steel was very brittle.By 1916 Elinvar, a nickel-iron-chromium alloy with an elastic modulus that did not vary appreciably with changes in ambient temperature, had been identified. This found extensive use in horology and instrument manufacture, and even for the production of high-quality tuning forks. Another very popular alloy was Platinite, which had the same coefficient of thermal expansion as platinum and soda glass. It was used in considerable quantities by incandescent-lamp manufacturers for lead-in wires. Other materials developed by Chevenard at this stage to satisfy the requirements of the electrical industry included resistance alloys, base-metal thermocouple combinations, magnetically soft high-permeability alloys, and nickel-aluminium permanent magnet steels of very high coercivity which greatly improved the power and reliability of car magnetos. Thermostatic bimetals of all varieties soon became an important branch of manufacture at Imphy.During the remainder of his career at Imphy, Chevenard brilliantly elaborated the work on nickel-chromium-tungsten alloys to make stronger pressure vessels for the Haber and other chemical processes. Another famous alloy that he developed, ATV, contained 35 per cent nickel and 11 per cent chromium and was free from the problem of stress-induced cracking in steam that had hitherto inhibited the development of high-power steam turbines. Between 1912 and 1917, Chevenard recognized the harmful effects of traces of carbon on this type of alloy, and in the immediate postwar years he found efficient methods of scavenging the residual carbon by controlled additions of reactive metals. This led to the development of a range of stabilized austenitic stainless steels which were free from the problems of intercrystalline corrosion and weld decay that then caused so much difficulty to the manufacturers of chemical plant.Chevenard soon concluded that only the nickel-chromium system could provide a satisfactory basis for the subsequent development of high-temperature alloys. The first published reference to the strengthening of such materials by additions of aluminium and/or titanium occurs in his UK patent of 1929. This strengthening approach was adopted in the later wartime development in Britain of the Nimonic series of alloys, all of which depended for their high-temperature strength upon the precipitated compound Ni3Al.In 1936 he was studying the effect of what is now known as "thermal fatigue", which contributes to the eventual failure of both gas and steam turbines. He then published details of equipment for assessing the susceptibility of nickel-chromium alloys to this type of breakdown by a process of repeated quenching. Around this time he began to make systematic use of the thermo-gravimetrie balance for high-temperature oxidation studies.[br]Principal Honours and DistinctionsPresident, Société de Physique. Commandeur de la Légion d'honneur.Bibliography1929, Analyse dilatométrique des matériaux, with a preface be C.E.Guillaume, Paris: Dunod (still regarded as the definitive work on this subject).The Dictionary of Scientific Biography lists around thirty of his more important publications between 1914 and 1943.Further Reading"Chevenard, a great French metallurgist", 1960, Acier Fins (Spec.) 36:92–100.L.Valluz, 1961, "Notice sur les travaux de Pierre Chevenard, 1888–1960", Paris: Institut de France, Académie des Sciences.ASDBiographical history of technology > Chevenard, Pierre Antoine Jean Sylvestre
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11 Le Chatelier, Henri Louis
SUBJECT AREA: Metallurgy[br]b. 8 November 1850 Paris, Franced. 17 September 1926 Miribel-les-Echelle, France[br]French inventor of the rhodium—platinum thermocouple and the first practical optical pyrometer, and pioneer of physical metallurgy.[br]The son of a distinguished engineer, Le Chatelier entered the Ecole Polytechnique in 1869: after graduating in the Faculty of Mines, he was appointed Professor at the Ecole Supérieure des Mines in 1877. After assisting Deville with the purification of bauxite in unsuccessful attempts to obtain aluminium in useful quantities, Le Chatelier's work covered a wide range of topics and he gave much attention to the driving forces of chemical reactions. Between 1879 and 1882 he studied the mechanisms of explosions in mines, and his doctorate in 1882 was concerned with the chemistry and properties of hydraulic cements. The dehydration of such materials was studied by thermal analysis and dilatometry. Accurate temperature measurement was crucial and his work on the stability of thermocouples, begun in 1886, soon established the superiority of rhodium-platinum alloys for high-temperature measurement. The most stable combination, pure platinum coupled with a 10 per cent rhodium platinum positive limb, became known as Le Chatelier couple and was in general use throughout the industrial world until c. 1922. For applications where thermocouples could not be used, Le Chatelier also developed the first practical optical pyrometer. From hydraulic cements he moved on to refractory and other ceramic materials which were also studied by thermal analysis and dilatometry. By 1888 he was systematically applying such techniques to metals and alloys. Le Chatelier, together with Osmond, Worth, Genet and Charpy, was a leading member of that group of French investigators who established the new science of physical metallurgy between 1888 and 1900. Le Chatelier was determining the recalescence points in steels in 1888 and was among the first to study intermetallic compounds in a systematic manner. To facilitate such work he introduced the inverted microscope, upon which metallographers still depend for the routine examination of polished and etched metallurgical specimens under incident light. The principle of mobile equilibrium, developed independently by Le Chatelier in 1885 and F.Braun in 1886, stated that if one parameter in an equilibrium situation changed, the equilibrium point of the system would move in a direction which tended to reduce the effect of this change. This provided a useful qualitative working tool for the experimentalists, and was soon used with great effect by Haber in his work on the synthesis of ammonia.[br]Principal Honours and DistinctionsGrand Officier de la Légion d'honneur. Honorary Member of the Institute of Metals 1912. Iron and Steel Institute Bessemer Medal.Further ReadingF.Le Chatelier, 1969, Henri Le Chatelier.C.K.Burgess and H.L.Le Chatelier, The Measurement of High Temperature.ASDBiographical history of technology > Le Chatelier, Henri Louis
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12 water
'wo:tə 1. noun(a colourless, transparent liquid compound of hydrogen and oxygen, having no taste or smell, which turns to steam when boiled and to ice when frozen: She drank two glasses of water; `Are you going swimming in the sea?' `No, the water's too cold'; Each bedroom in the hotel is supplied with hot and cold running water; ( also adjective) The plumber had to turn off the water supply in order to repair the pipe; transport by land and water.) vann, vann-2. verb1) (to supply with water: He watered the plants.) vanne2) ((of the mouth) to produce saliva: His mouth watered at the sight of all the food.) løpe i vann3) ((of the eyes) to fill with tears: The dense smoke made his eyes water.) (vass)renne•- waters- watery
- wateriness
- waterborne
- water-closet
- water-colour
- watercress
- waterfall
- waterfowl
- waterfront
- waterhole
- watering-can
- water level
- waterlily
- waterlogged
- water main
- water-melon
- waterproof 3. noun(a coat made of waterproof material: She was wearing a waterproof.) regnfrakk4. verb(to make (material) waterproof.) gjøre vanntett, impregnere- water-skiing
- water-ski
- watertight
- water vapour
- waterway
- waterwheel
- waterworks
- hold water
- into deep water
- in deep water
- water downvannIsubst. \/ˈwɔːtə\/1) vann2) (ofte flertall, waters) kilde3) vannstand4) vannoverflate, vannflate5) ( i flertall) vannmasser6) ( kjemi) væske, oppløsning7) ( fysiologi) kroppsvæske, tårer, urin8) ( også the waters) fostervann• the water(s) broke!9) ( hverdagslig) havet• do you like it on this side of the water?above water ( også overført) over vannet, i sikkerhetby water sjøveien, med båtcasual water ( golf) tilfeldig vannflog the water ( fluefiske) kaste mange gangergo to water miste motethold water holde stikk, holde mål, være troverdigforklaring: sjekke bevegelsene til en robåt ved å holde årene rolig og bladene vertikaltin deep\/hot water i en vanskelig situasjon, i trøbbel på gyngende grunnlike water som bare det, i store mengdermake water lekke, ta inn vann urinere, late vannet, slå lensof the first water ( om diamanter og perler) av beste kvalitet, av reneste vann( overført) førsteklasseson the water på vannet, til sjøs, på vei, underveispass water slå lens, urinerestill waters run deep ( ordtak) stillest vann har dypest grunnstrong waters ( gammeldags) sterke drikkersurface of water se ➢ surfacetake (in) water ta inn vann, lekketake the water ta vannet, lande på vannet, gå ut i vannet gå ombord ( om fartøy) sjøsettestest the water sondere terrenget, sjekke forholdenethrow cold water on helle isvann i blodet påtread water trå vannetwater off a duck's back vann på gåsathe water of life livets vannwaters vann, vannmasser, bølger farvannakvarellerwater under the bridge fortiden, over og forbiwritten in water ( overført) skrevet i sandIIverb \/ˈwɔːtə\/1) vanne, fukte, bløte2) løpe i vann, bli fylt av vann3) spe, fortynne, tynne ut4) bli fylt med tårer5) ( om fartøy e.l.) tanke vann, fylle på vann, utstyre med vann6) ( tekstil) vatre, moarere7) ( om dyr) drikke (vann)8) ( økonomi) avsvekke, vanne ut (aksjekapital)9) ( historisk medisin) ta brønnkurwater down spe ut med vann, fortynne, vanne ut ( overført) vanne ut, formildne, avsvekkewater the horse ( hverdagslig) tisse, late vannet -
13 picture
1) изображение2) тлв. кадр•- busy picture
- coded picture
- color picture
- composite picture
- consecutive base layers pictures
- current picture
- fuzzy picture
- high-resolution still picture
- index picture
- infrared picture
- intra-coded picture
- monochrome picture
- motion picture
- moving picture
- negative picture
- positive picture
- predictive-coded picture
- radio picture
- reconstructed picture
- scrambled picture
- still picture
- studio picture
- test picture
- thermal picture
- UV picture
- video pictureEnglish-Russian dictionary of telecommunications and their abbreviations > picture
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14 water
1) вода; уровень воды2) орошать; увлажнять; мочить; смачивать, поливать; поить3) просачиваться, давать течь4) разбавлять•- water of condensation - water of crystallization - absorption water - acid water - acid waste water - activated water - adhesive water - adsorbed water - aerated water - aggressive water - alkaline water - artesian water - atmospheric water - attraction water - backwash water - banked-up water - basal water - bathing water - bitter water - bleed-off water - boiler water - boiling water - bottom water - bound water - brackish water - capillary water - chemically combined water - chilled water - chlorinated water - chlorine water - circulating water - city water - clarified water - clear water - combined water - condensed water - confined water - connate water - contaminated water - cooling water - corrosive water - crystallization water - dammed water - day water - deep water - deionized water - delivered water - diluted water - dirty water - discharge water - dish water - distilled water - domestic water - domestic hot water - downstream water - drain water - drinking water - earthy water - earth water - edge water - effluent water - entrained water - eternal water - excess water - excessive tail water - feed water - film water - fixed water - finished water - fleet water - flood water - flowing water - flowing sheet water - flushing water - foul water - free water - fresh water - fringe water - gauging water - gel water - graphite water - gravitational water - gravity water - gravity ground water - gray water - gritty water - ground water - gutter water - hard water - head water - heavy water - high water - hydrate water - hydration water - hygroscopic water - impotable water - impounded surface water - impure water - industrial water - industrial waste water - infiltration water - influent water - injection water - intermediate water - interstitial water - irrigation water - jacket water - lagooned water - leakage water - level water - lime water - lockage water - low water - main water - make-up water - manufacturing water - mean high water - mean low water - melt water - meteoric water - microbiologically safe water - mine water - mineral water - mineral-free water - mixing water - moderately hard water - mother water - muddy water - municipal water - natural water - naturally soft water - natural sparkling water - natural tail water - nonartesian water - noncirculating water - nonpotable water - onsite water - outlet water - overflow water - perched water - percolating water - phreatic water - piped water - pit water - potable water - power water - precipitated water - press water - priming water - process water - product water - pure water - quarry water - quiescent water - rain water - raw water - reclaimed water - recycled water - residuary water - retained water - return water - reuse water - river water - running water - rusty water - safe water - saline water - saline-alkaline water - salt water - sample water - sanitary water - scale-producing water - sea water - seepage water - seismic sea water - seltzer water - service water - sewage water - shallow water - shoal water - sluicing water - snow water - soft water - softened water - sparkling water - spilling water - sprayed water - spring water - stagnant water - still water - still head water - storm water - subcutaneous water - subsurface water - sulphur water - surface water - suspended water - swamp water - sweet water - tail water - tap water - thawing water - thermal water - tide water - town water - treated water - trickling water - turbid water - uncontaminated water - underground water - untreated water - upper water - vadose water - very hard water - wash water - washing water - waste water - wasted water - well water - whirling water* * *1. вода; влага2. поливать водой; увлажнять, орошать- water of hydrationwater contained in aggregates — вода, содержащаяся в заполнителях; вода, поглощённая заполнителями
- absorbed water
- adsorbed water
- aggressive water
- artesian water
- bank-filtered water
- batched water
- bleed water
- boiler water
- bound water
- brackish water
- capillary fringe water
- chilled water
- circulating water
- city water
- clean water
- clear water
- concrete curing water
- condenser water
- confined water
- cooling water
- cut water
- deep-well water
- domestic hot water
- drinking water
- emergency water
- excess water
- feed water
- finished water
- finish water
- foul water
- free water
- fresh water
- fringe water
- gauged water
- glycol water
- gravitational water
- gravity water
- hard water
- heating water
- held water
- higher high water
- higher low water
- high pressure hot water
- hygroscopic water
- impounded water
- industrial water
- industrial waste water
- infiltration water
- interstitial water
- intrapermafrost water
- javelle water
- lime water
- lockage water
- low water
- lower high water
- lower low water
- low pressure hot water
- low temperature hot water
- mains water
- make-up water
- mixing water
- perched water
- phreatic water
- potable water
- pressure water
- primary water
- process water
- raw water
- receiving water
- recirculated water
- recooling water
- regenerated water
- return water
- reused sewage water
- rinse water
- salt water
- scavenging water
- sea water
- silicone water
- slop water
- sludge water
- soft water
- storm water
- subpermafrost water
- subsurface water
- superheated water
- suprapermafrost water
- surface water
- surplus water
- sweet water
- system water
- tape water
- untreated water
- used water
- washout water
- wash water
- waste water
- well water -
15 range
дальность (действия, полёта, стрельбы) ; дистанция; диапазон;, ( ракетный) полигон; трасса ( полигона) ; ( зональный) радиомаяк;: комплект; колебание; амплитуда;, шкала; изменять(ся) в диапазоне (от... до...) ; определять расстояние: ( до цели) ; пристреливать по дальности; колебаться (в определённых: пределах) ; классифицироватьat a range (of) — на дальности...
decelerate into the low supersonic range — тормозиться [снижать, скорость] до (области) небольших сверхзвуковых скоростей
equivalent still air range — эквивалентная [теоретическая] штилевая дальность полёта (без учёта гонки двигателей, руления, взлета, набора высоты, снижения, посадки и резерва топлива)
fly down the range — лететь (по трассе полигона): с удалением от места старта
in the «go» range — в рабочем, диапазоне
medium frequency radio range — среднечастотный направленный [курсовой] радиомаяк
phase-shift omnidirectional radio range — фазовый всенаправленный [пеленговый] радиомаяк
range with maximum tankage — дальность с максимальным запасом топлива (во внутренних и подвесных баках)
simultaneous type radio range — радиомаяк с одновременной передачей курсовых сигналов и телефонных сообщений
— g range -
16 gas
1) газ || выделять газ || газовый; газообразный2) авто проф. сокр. от gasoline топливо; бензин3) отравляющее вещество, ОВ || поражать ОВ4) наполнять газом; насыщать газом; пищ. газировать•gas in place — запасы газа в коллекторе;gas in-situ — газ в пластовых условиях;to boost gas along to its destination — повышать давление газа для доставки его к месту назначения;to sweeten gas — удалять из газа соединения серы;to take off casing-head gas — отбирать нефтяной газ на устье скважины-
absorbent gas
-
acid gas
-
active gas
-
actuation gas
-
aerogen gas
-
aggressive gas
-
air gas
-
air-free gas
-
alky gas
-
all-weather liquefied petroleum gas
-
ammonia gas
-
ammonia synthesis gas
-
anaerobic fuel gas
-
anode gas
-
artificial gas
-
associated gas
-
associated-dissolved gas
-
ballast gas
-
blast-furnace gas
-
blau gas
-
blue gas
-
bottled gas
-
bradenhead gas
-
burning gases
-
burnt gas
-
butane-enriched water gas
-
butane-propane gas
-
by-product gas
-
calibrating gas
-
cap gas
-
carbureted gas
-
carbureted hydrogen gas
-
carrier gas
-
casinghead gas
-
cathode gas
-
char gas
-
city gas
-
coal gas
-
coke oven gas
-
coke-cooling gas
-
combination gas
-
combustible gas
-
combustion gas
-
compressed gas
-
condensed gas
-
consumer gas
-
contaminant gas
-
conventional gas
-
converted gas
-
converter waste gas
-
coolant gas
-
corrosive gas
-
cryogenic gas
-
degenerate gas
-
desuperheat gas
-
dielectric gas
-
diluent gas
-
diluted gas
-
dissolved gas
-
diving gas
-
domestic gas
-
doping gas
-
dry gas
-
drying gas
-
dump gas
-
dust-laden gas
-
effluent gas
-
electrode gas
-
electronic gas
-
electron gas
-
electronegative gas
-
elementary gas
-
end gas
-
enriched gas
-
entrained gas
-
exhaust gas
-
explosion gas
-
extremely dry gas
-
fat gas
-
filtered flue gas
-
fire gas
-
fission gas
-
fixed gas
-
flare gas
-
flash gas
-
flue gas
-
fluidizing gas
-
fluorocarbon gas
-
foul gas
-
free gas
-
fuel gas
-
fume-laden gas
-
furnace gas
-
gas-lift gas
-
glass-forming gas
-
green gases
-
head-space gas
-
heating gas
-
helium-bearing natural gas
-
high btu gas
-
high gas
-
high-altitude LP gas
-
high-purity gas
-
household fuel gas
-
humid gas
-
hydrocarbon gases
-
ideal gas
-
illuminating gas
-
incoming gas
-
indifferent gas
-
industrial gas
-
inert gas
-
inflammable gas
-
injected gas
-
inleaking gas
-
intergalactic gas
-
interplanetary gas
-
interstellar gas
-
ionized gas
-
kerosine gas
-
kiln gases
-
landfill gas
-
lean gas
-
lift gas
-
lighting gas
-
liquefied natural gas
-
live gas
-
LN gas
-
low-boiling gas
-
low-energy coal-derived gas
-
low-thermal-value fuel gas
-
LP gas
-
makeup gas
-
manufactured gas
-
manure gas
-
marsh gas
-
medium-energy coal-derived gas
-
mine gas
-
mixed gas
-
mustard gas
-
naphtha gas
-
native gas
-
natural gas
-
noble gas
-
nonassociated natural gas
-
noncondensable gas
-
nonhydrocarbon gases
-
nonstripped petroleum gas
-
noxious gas
-
occluded gas
-
off gas
-
oil gas
-
oil samp gas
-
oil-water gas
-
oil-well gas
-
olefiant gas
-
onboard-stored gas
-
paraffin gas
-
peat gas
-
perfect gas
-
petroleum gas
-
pipeline gas
-
pollutant gases
-
poor gas
-
power gas
-
process gas
-
processed gas
-
producer gas
-
propulsive gas
-
protective gas
-
purge gas
-
radiating gas
-
radioactive gas
-
radioactive noble gases
-
rare gas
-
reaction gas
-
reactionless gas
-
reactivation gas
-
reactive gas
-
receiver gases
-
recoverable gas
-
recycled gas
-
recycle gas
-
reference gas
-
refinery gas
-
refrigerant gas
-
regeneration gas
-
relief gases
-
residual gas
-
residue gas
-
rich gas
-
rich petroleum gas
-
roaster gas
-
roast gas
-
rock gas
-
sales gas
-
separator gas
-
sewer gas
-
shocked gas
-
sludge gas
-
solute gas
-
solution gas
-
sour gas
-
span gas
-
spent gas
-
stabilizer gas
-
stack gas
-
steam run gas
-
stillage gas
-
still gas
-
stripped gas
-
suction gas
-
sweet gas
-
synthesis gas
-
synthetic natural gas
-
synthetic gas
-
tail gas
-
tank gas
-
tar gas
-
top gas
-
town gas
-
toxic gas
-
trace gases
-
trapped gas
-
trap gas
-
treated gas
-
trip gas
-
unassociated gas
-
underground storage gas
-
unstripped gas
-
vapor gases
-
washed gas
-
waste gas
-
water gas
-
wet gas
-
working gas
-
zero gas -
17 head
3) верхняя часть; верхний элемент (конструкции, аппарата)4) передняя часть ( конструкции)5) головная часть (напр. тоннеля, слитка)6) штрек7) мн. ч. руда, поступающая на обогатительную фабрику8) метал. прибыль9) замочный камень ( свода печи)10) дека ( сотрясательного стола)13) пробка ( разливочного ковша)14) гидр. головное сооружение15) оголовок (напр. контрфорса)16) верхний бьеф17) высота столба ( жидкости); напор18) высота (сооружения, конструкции) в свету19) насадок; патрубок20) насадка; сопло22) дно, днище (бочки, барабана); верхнее днище ( резервуара)23) мн. ч. головная фракция, головной погон24) продвижение25) направление26) интервал ( на транспорте)27) англ. крыша ( автомобиля)29) крышка цилиндра ( поршневого насоса)30) мор. носовая часть, нос31) барабан (напр. якорного шпиля)35) ригель; верхний брус ( рамы)37) вчт. первый элемент списка38) вчт. дескриптор40) рекордер42) кипа (напр. джута, пеньки)43) пищ. сливки45) швейн. верхняя подушка ( гладильного пресса)46) заголовок, "шапка"; рубрика•to barb bolt head — заёршивать головку болта;to expand rivet head — раздавать головку заклёпки;head of culvert — оголовок водопропускной трубыhead of delta — вершина дельты рекиhead of dock — голова докаhead of pile — наголовник сваи-
accumulator-type felling head
-
adiabatic head
-
adjustable boring head
-
air-floating head
-
airspeed head
-
anamorphic head
-
angular head
-
antifoam still head
-
aquifer pressure head
-
aquifer head
-
armature head
-
arrow head
-
assembling head
-
attachment head
-
audio head
-
auger-drill head
-
automatic arc-welding head
-
available head
-
axe head
-
ball-and-socket head
-
band head
-
banner head
-
barrel head
-
beetle head
-
binding head
-
blow head
-
blowpipe head
-
boiler head
-
bolt head
-
boom head
-
boring head
-
boring-and-facing head
-
brake head
-
breakwater head
-
buffer head
-
bull head
-
bumped head
-
buoyancy head
-
cable distribution head
-
cable head
-
camera head
-
capstan head
-
carding head
-
casing head
-
cassette head
-
casting head
-
cementing head
-
cementing plug dropping head
-
chain saw felling head
-
chimney head
-
chipping head
-
chord head
-
circulating head
-
cistern head
-
closing head
-
closure head
-
cluster head
-
color head
-
color-light signal head
-
column head
-
combination head
-
compensation head
-
condenser head
-
conductor head
-
cone head
-
confidence head
-
connecting rod head
-
connection head
-
contour-facing head
-
conveyor drive head
-
core receiver retrieving head
-
countersunk head
-
coupler head
-
coupling head
-
cross head
-
cross milling and drilling head
-
cross-feed head
-
cross-flow head
-
crusher head
-
crystal-oriented HPF video head
-
C-type spot-welding head
-
cue head
-
culvert head
-
cup head
-
cushion head
-
cutter head
-
cutting head
-
cylinder head
-
dado head
-
dead head
-
deaerator head
-
debranching head
-
detecting head
-
diamond head
-
die head
-
differential head
-
discard head
-
discharge head
-
dished head
-
distributor head
-
dividing head
-
door head
-
double head
-
double-gap erase head
-
drafting head
-
drawing head
-
draw head
-
drilling head
-
drill head
-
drilling-boring head
-
dual grinding head
-
dummy head
-
dust head
-
dynamic head
-
dynamic tracking head
-
electrode wheel head
-
electrooptic head
-
elevation head
-
engraving head
-
enlarger head
-
erase head
-
exhaust head
-
extruder head
-
facing head
-
feeder head
-
felling head
-
ferrite head
-
ferrostatic head
-
fillister head
-
filter head
-
fishing head
-
fixed head
-
flared column head
-
flex-hone head
-
floating head
-
fluid panning head
-
flying head
-
friction head
-
gage head
-
gear head
-
gear-shaping cutter head
-
gipsy head
-
graduated head
-
grapple head
-
gravity head
-
grinding head
-
gross head
-
gyroscopic head
-
hammer head
-
harvesting head
-
hexagon head
-
hex head
-
hexagon turret head
-
homing head
-
hopper head
-
hose coupling head
-
hydraulic pressure head
-
hydraulic head
-
impact head
-
indexing head
-
index head
-
injection head
-
integrated head
-
interchangeable head
-
interchangeable horizontal spindle head
-
ion gage head
-
irrigation head
-
jet head
-
joist head
-
kinetic head
-
knitting head
-
knurling head
-
laser head
-
latch bumper head
-
laying head
-
leader head
-
leak detector head
-
lever gun welding head
-
light signal head
-
liquid head
-
liquid-dividing head
-
live head
-
loading head
-
lost head
-
machining head
-
magnetic head
-
main rotor head
-
marking head
-
mechanical recording head
-
milling head
-
modified boring head
-
molder head
-
movable head
-
moving head
-
multidrill head
-
multiple drill head
-
multiple head
-
multiple sensor head
-
multiple-arc head
-
multiple-tree accumulating head
-
multispindle head
-
multistem felling head
-
multivertical spindle head
-
mushroom head
-
nail head
-
NC indexing head
-
NC/TP head
-
net positive suction head
-
nigger head
-
nozzle loss head
-
operating head
-
optical scanning head
-
pan-and-tilt head
-
panoramic head
-
parallel movement gripper head
-
pelletizing head
-
pickup head
-
picture head
-
pier head
-
pilot head
-
pipeline head
-
piston head
-
piston motor head
-
pit head
-
Pitot-static head
-
Pitot head
-
pivoting drafting head
-
placement head
-
planning head
-
playback head
-
plotting head
-
plunge milling head
-
potential head
-
pouring head
-
power head
-
preread head
-
press head
-
pressure head
-
priming head
-
printing head
-
probe head
-
profiling head
-
protractor head
-
pulling head
-
punch head
-
pusher-beam head
-
pyranometer head
-
quill-type head
-
rail head
-
rail-wing head
-
rainwater head
-
ram head
-
randomly selected head
-
reactor vessel head
-
read head
-
read-write head
-
record head
-
recording head
-
recording/playback head
-
refacing head
-
remote head
-
removable cylinder head
-
replay head
-
reservoir head
-
resurfaced cylinder head
-
RF head
-
right-angle head
-
river head
-
rivet head
-
roller head
-
rope-type head
-
rosser head
-
rotary head
-
round head
-
rudder head
-
running head
-
safety head
-
scanning head
-
screw-cutting head
-
seal-priming head
-
seam-welding head
-
search head
-
seepage head
-
self-cleaning head
-
self-powered welding head
-
self-powered head
-
sensing head
-
set head
-
shake head
-
shear mixing head
-
shear-and-grapple head
-
shearing head
-
sheeting head
-
sink head
-
sinker head
-
sleeve head
-
sleeve milling head
-
sliding head
-
slipper head
-
slotted head
-
sluice head
-
solid head
-
solid-state laser head
-
sound head
-
spear-point head
-
spike head
-
spindle head
-
spindle-type rotary head
-
splash head
-
split head
-
splitter head
-
static head
-
steering head
-
stem head
-
stitcher head
-
stitching head
-
stock head
-
stopper head
-
suction head
-
supply head
-
surcharge head
-
swivel work head
-
takeout head
-
tank head
-
tapered head
-
tappet head
-
tapping head
-
temperature head
-
tension head
-
test head
-
testing machine head
-
thermal head
-
thin-film head
-
thread-cutting head
-
thread-rolling head
-
tight head
-
time-code head
-
tool head
-
torch head
-
tracing head
-
tractor head
-
traveling head
-
trigger probe head
-
tripod head
-
trolley head
-
tubing head
-
turret head
-
U-flow head
-
unit-type head
-
universal boring head
-
universal milling head
-
upper head
-
valve head
-
valveless distillation column head
-
vapor-dividing head
-
velocity head
-
video erasing head
-
video head
-
video rotary heads
-
warping head
-
water head
-
well head
-
window head
-
write head -
18 image
1) изображение; образ || формировать изображение; получать изображение2) отображение || отображать3) кадр4) зеркальная боковая полоса частот6) образ задачи, загрузочный модуль ( прикладной программы)7) отпечаток, оттиск•image from hologram — изображение, восстановленное с голограммы;to form an image — формировать изображение;to reconstruct image from sketches — восстанавливать изображение по фрагментам-
2-D image
-
2-D silhouette image
-
3-D image
-
aberrated image
-
aberration-free image
-
achromatic image
-
acoustic image
-
acousto-optic image
-
aerial image
-
afterglow image
-
anamorphic image
-
animated image
-
antenna image
-
application image
-
astigmatic image
-
auditory image
-
background image
-
back-lit image
-
barreled image
-
barrel image
-
binary image
-
black-and-white image
-
bleached image
-
blurred image
-
bottom-lit image
-
brilliant image
-
broad image
-
card image
-
character master image
-
charge image
-
chromatic image
-
cine-oriented image
-
coarse-grained image
-
coarse-grain image
-
coded image
-
colored image
-
color image
-
color-separation image
-
comic-strip oriented image
-
compound image
-
compressed image
-
conjugate image
-
continuous-tone image
-
contrast image
-
core image
-
correct image
-
defocused image
-
defocus image
-
degraded image
-
developed image
-
diffraction image
-
digital image
-
direct image
-
discrete image
-
display image
-
distorted image
-
dithered image
-
dot element image
-
dot matrix image
-
double image
-
dynamic image
-
echo image
-
electric image
-
electron-beam image
-
electron image
-
executable-task image
-
feedback image
-
film-based image
-
film image
-
filtered image
-
flicker-free image
-
foggy image
-
front-lit image
-
fuzzy image
-
ghost image
-
gradient image
-
gray level image
-
hard image
-
high-light image
-
high-visibility image
-
holographic image
-
infrared image
-
instant image
-
inverted image
-
latent image
-
lateral image
-
light image
-
line image
-
live image
-
master image
-
memory image
-
mirror image
-
monochromatic image
-
motion-picture image
-
movable image
-
multiple image
-
negative image
-
object image
-
optical image
-
optical sound track image
-
original image
-
orthoscopic image
-
phantom image
-
phase image
-
photographic image
-
photoresist image
-
pigment image
-
plane image
-
point-source image
-
positive image
-
powder image
-
primary image
-
process image
-
projected image
-
pseudoscopic image
-
radar image
-
real image
-
recorded image
-
reflected image
-
relief image
-
reproduced image
-
residual image
-
resolving power image
-
retained image
-
reversed image
-
reverse image
-
satellite image
-
scanned image
-
scrambled image
-
separation image
-
shadow-free image
-
sharp image
-
shrunk image
-
silver image
-
single stored image
-
slit image
-
soft image
-
sound image
-
squeezed image
-
static image
-
stereoscopic image
-
stereo image
-
sticking image
-
still image
-
stored image
-
subject image
-
superimposed image
-
synthesized image
-
system image
-
tactile image
-
target image
-
task image
-
television image
-
terminal image
-
test image
-
thermal image
-
three-dimensional image
-
top-lit image
-
two-dimensional image
-
ultraviolet image
-
unwanted image
-
vesicular image
-
video image
-
virtual image
-
visible image
-
volume image
-
wave image
-
wide-screen image
-
xerographic image
-
X-ray image -
19 agua
Del verbo aguar: ( conjugate aguar) \ \
agua es: \ \3ª persona singular (él/ella/usted) presente indicativo2ª persona singular (tú) imperativoMultiple Entries: agua aguar
agua feminine noun taking masculine article in the singular 1 water;◊ agua de lluvia/mar rainwater/seawater;agua corriente/destilada running/distilled water; agua de colonia eau de cologne; agua dulce fresh water; agua mineral mineral water; agua mineral con gas/sin gas sparkling/still mineral water; agua oxigenada peroxide, hydrogen peroxide (tech); agua potable/salada drinking/salt water; como agua para chocolate (Méx fam) furious; estar con el agua al cuello to be up to one's neck; estar más claro que el agua to be (patently) obvious; hacérsele agua la boca a algn (AmL): se me hizo agua la boca it made my mouth water; ser agua pasada to be a thing of the past; agua que no has de beber déjala correr if you're not interested, don't spoil things for me/for other people; nunca digas de esta agua no beberé you never know when the same thing might happen to you 2 ( lluvia) rain 3 (AmC, Andes) ( infusión) herb tea (AmE), herbal tea (BrE); 4◊ aguas sustantivo femenino plural
aguar ( conjugate aguar) verbo transitivo aguarse verbo pronominal (fam) to be spoiled
agua sustantivo femenino water
agua bendita, holy water
agua corriente, running water
agua dulce, fresh water
agua mineral, mineral water
agua oxigenada, hydrogen peroxide
agua potable, drinking water
agua salada, salt water
aguas jurisdiccionales, territorial waters
aguas residuales, sewage sing Locuciones: figurado estar con el a. al cuello, to be up to one's neck in it
aguar verbo transitivo
1 to water down
2 (frustar, estropear) to spoil Locuciones: figurado aguar la fiesta a alguien, to spoil sb's fun ' agua' also found in these entries: Spanish: abastecimiento - achicar - acometida - acrecentar - actuar - aguatera - aguatero - ahogarse - ajo - apercibirse - badén - bailar - bañar - barro - bautizar - boca - bomba - bombear - borraja - bota - brote - buscar - caída - caliza - calizo - cangrejo - chorro - cobrador - cobradora - colonia - columna - concienciar - conducción - confluir - consistente - corriente - corte - dar - depurar - dimanar - dulce - echar - empañar - enchufar - enturbiar - escorrentía - escurrirse - estancar - estancada - estancado English: bitten - board - bob - boil - bring - canteen - churn - clear - coastguard - cologne - come up to - conserve - contaminate - crystal-clear - cut off - dam - dam up - deluge - dilute - disconnect - dishwater - distil - distill - dive - drain - dredge up - drinking - eau de Cologne - edge - element - emulsion paint - escape - expanse - fizzy - flounder - font - forced - foul - fresh - freshwater - geyser - glass - glassy - godsend - gush - hard - heave - hot-water bottle - ice over - ice up -
20 corriente
corriente adjetivo 1 ( que se da con frecuencia) common; (normal, no extraño) usual, normal; lo corriente es pagar al contado the normal thing is to pay cash; un tipo normal y corriente an ordinary guy; corriente y moliente (fam) ordinary, run-of-the-mill 2b)◊ al corriente: estoy al corriente en los pagos I'm up to date with the payments;empezó con retraso pero se ha puesto al corriente she started late but she has caught up; mantener a algn al corriente de algo to keep sb informed about sth ■ sustantivo femenino dejarse llevar por la corriente to go along with the crowd; seguirle la corriente a algn to humor( conjugate humor) sbc) (Elec) current;◊ me dio (la) corriente I got a shock o an electric shock;se cortó la corriente there was a power cut
corriente
I adjetivo
1 (común) common, ordinary
2 (agua) running
3 (actual, presente) current, present
4 Fin (cuenta) current
II sustantivo femenino
1 current, stream
2 Elec corriente eléctrica, (electric) current
3 (de aire) draught, US draft
3 (tendencia) trend, current Locuciones: estar al corriente, to be up-to-date figurado ir o navegar contra corriente, to go against the tide familiar seguirle o llevarle la corriente a alguien, to humour sb ' corriente' also found in these entries: Spanish: agua - arrastrar - cero - común - conducir - continua - continuo - cortarse - cualquiera - cuenta - deslizarse - europeísta - habitual - homogeneizar - llevarse - marina - marino - toma - torrente - vulgar - aire - circular - depositar - derramar - flujo - mar - normal English: abreast - AC - account - catch up - common - commonplace - crisps - current - current account - DC - direct current - do - draught - electric current - fill in - flow - going - Gulf Stream - have - humour - informed - lie - live wire - mainstream - ordinary - play along - potato chips - power point - resist - run-of-the-mill - running - school - still - stream - thermal - tide - touch - turn off - uncommon - undercurrent - unexceptional - up-to-date - usual - acquainted - alternating - body - checking account - direct - draft - drift
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