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1 production
noun1) (bringing forward) (of evidence) Erbringung, die; (in physical form) Vorlage, die; (of witness) Beibringung, die; (of passport etc.) Vorzeigen, das2) (public presentation) (Cinemat.) Produktion, die; (Theatre) Inszenierung, die; (of record, book) Herausgabe, die3) (action of making) Produktion, die; (manufacturing) Herstellung, die; (thing produced) Produkt, dasbe in/go into production — in Produktion sein/gehen
be or have gone out of production — nicht mehr hergestellt werden; see also academic.ru/45478/mass_production">mass production
5) (causing) Hervorrufen, das6) (bringing into being) Hervorbringung, diethe mine has ceased production — das Bergwerk hat die Förderung eingestellt
8) (yield) Ertrag, der[the] annual/total production from the mine — die jährliche/gesamte Förderleistung des Bergwerks
* * *1) (the act or process of producing something: car-production; The production of the film cost a million dollars.) die Produktion2) (the amount produced, especially of manufactured goods: The new methods increased production.) die Produktion3) (a particular performance, or set of repeated performances, of a play etc: I prefer this production of `Hamlet' to the one I saw two years ago.) die Aufführung* * *pro·duc·tion[prəˈdʌkʃən]I. n\production of agricultural products Erzeugung f landwirtschaftlicher Produkteto be [no longer] in \production [nicht mehr] hergestellt werdento go into \production (factory) die Produktion aufnehmen; (product) in Produktion [o Fertigung] gehendrop in \production Produktionsrückgang magricultural \production landwirtschaftliche Produktionindustrial \production Industrieproduktion fto do the \production [on a record] [eine Schallplatte] produzierento get into \production in das Produzieren einsteigen famto go into \production produziert werdenentry is permitted on \production of a ticket Einlass nur gegen Vorlage einer Karteupon \production of your documents bei Vorlage Ihrer Papiere6.\production schedule Fertigungsplan m* * *[prə'dʌkSən]n1) Produktion f; (IND) Produktion f, Herstellung f; (of electricity, energy, heat) Erzeugung f; (of crop) Anbau m; (of coal) Förderung f, Produktion f; (of book, article, essay) Schreiben nt; (of painting, sculpture) Anfertigung f; (of ideas, novel etc, masterpiece) Hervorbringung fto put sth into production — die Herstellung or Produktion von etw aufnehmen
when the new car goes into production —
when we go into production ( with this new model) — wenn wir (mit diesem neuen Modell) in die Produktion or Herstellung gehen
to take sth out of production — etw aus der Produktion nehmen
2) (= output) Produktion f3) (= bringing forward, showing) (of ticket, documents) Vorzeigen nt; (of proof, evidence) Lieferung f, Beibringung f; (of witness) Beibringung fthere's no need to make a production ( number) (out) of it (inf) — es ist nicht notwendig, daraus eine Staatsaffäre zu machen (inf)
* * *production [prəˈdʌkʃn] s1. (Kälte-, Strom- etc) Erzeugung f, (Rauch- etc) Bildung f:production of current (smoke)2. WIRTSCH Produktion f, Herstellung f, Erzeugung f, Fabrikation f, Fertigung f:be in production serienmäßig hergestellt werden;be in good production in genügend großer Menge oder Zahl hergestellt werden;a) die Produktion aufnehmen (Fabrik),b) in Produktion gehen (Ware)production of gold Goldgewinnung6. Hervorbringen n (von Künstlern etc)7. Vorlage f (seines Ausweises etc)8. Beibringung f (von Zeugen, Beweisen etc)9. Vorbringen n, Anführung f (von Gründen)from aus der Tasche etc)11. MATH Verlängerung f12. THEAT etc Aufführung f, Inszenierung f:make a production (out) of sth fig umg viel Theater um etwas machen13. a) FILM, TV Produktion fb) THEAT, RADIO Br Regie f, Spielleitung f* * *noun1) (bringing forward) (of evidence) Erbringung, die; (in physical form) Vorlage, die; (of witness) Beibringung, die; (of passport etc.) Vorzeigen, das2) (public presentation) (Cinemat.) Produktion, die; (Theatre) Inszenierung, die; (of record, book) Herausgabe, die3) (action of making) Produktion, die; (manufacturing) Herstellung, die; (thing produced) Produkt, dasbe in/go into production — in Produktion sein/gehen
be or have gone out of production — nicht mehr hergestellt werden; see also mass production
5) (causing) Hervorrufen, das6) (bringing into being) Hervorbringung, die8) (yield) Ertrag, der[the] annual/total production from the mine — die jährliche/gesamte Förderleistung des Bergwerks
* * *(drama) n.Inszenierung f. n.Erzeugung f.Herstellung f.Produktion f.Regie -n (Theater, Fernsehen) f. -
2 производство зерновых культур
производство зерновых культур
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
crop production
The act or process of yielding produce from farmland, for livestock or human consumption. (Source: RHW / AGP)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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Русско-немецкий словарь нормативно-технической терминологии > производство зерновых культур
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3 production végétale
заводское производство
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
plant production
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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DE
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производство зерновых культур
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
crop production
The act or process of yielding produce from farmland, for livestock or human consumption. (Source: RHW / AGP)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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Франко-русский словарь нормативно-технической терминологии > production végétale
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4 Nutzpflanzenproduktion
производство зерновых культур
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
crop production
The act or process of yielding produce from farmland, for livestock or human consumption. (Source: RHW / AGP)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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Немецко-русский словарь нормативно-технической терминологии > Nutzpflanzenproduktion
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5 производство зерновых культур
производство зерновых культур
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
crop production
The act or process of yielding produce from farmland, for livestock or human consumption. (Source: RHW / AGP)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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Русско-английский словарь нормативно-технической терминологии > производство зерновых культур
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6 производство зерновых культур
производство зерновых культур
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
crop production
The act or process of yielding produce from farmland, for livestock or human consumption. (Source: RHW / AGP)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
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Русско-французский словарь нормативно-технической терминологии > производство зерновых культур
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7 crop production
производство зерновых культур
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
crop production
The act or process of yielding produce from farmland, for livestock or human consumption. (Source: RHW / AGP)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Англо-русский словарь нормативно-технической терминологии > crop production
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8 производительность
1) General subject: capacity, efficiency, performance, power, producibility, production, productive capacity, productiveness, productivity, rated capacity, rating2) Biology: carrying capacity (напр. фитоценоза)3) Aviation: yield capacity4) Naval: displacement (насоса), give out5) Engineering: actual output, capability, cubic capacity (в кубическом измерении), delivery, discharge (насосной станции, компрессора), discharge capacity (насосной станции), duty, effect, flow capacity, marked capacity, melting rate (плавильной печи), operating rate, output, output rate, throughput rate, turn-over6) Agriculture: displacement (насоса), positive displacement pump (насоса)7) Construction: dump power, production cantilevering, production capacity, working capacity (труда)8) Railway term: capacitivity, capacity of production, delivery volume (насоса или компрессора), effect (машины)9) Economy: labour performance, output capacity, productive efficiency, yielding capacity, yield10) Accounting: productiveness (машин)11) Automobile industry: delivery volume (насоса, компрессора), discharge (насоса), specific output12) Mining: delivery (насоса, вентилятора), displacement (насоса, компрессора), ratings13) Diplomatic term: (номинальная) capacity14) Forestry: productive capacity (леса), yield power, yielding capacity (растений или почвы), yielding power16) Polygraphy: production speed17) Information technology: bandwidth, duty cycle, processing power (ЭВМ), productivity (вычислительной машины или системы), throughput (машины)18) Oil: capacity (компрессора), capacity in tons per hour, discharge (насосной станции), discharge capacity (насоса; насосной станции), flow rate, flow rate (насоса, компрессора), flowrate, operating efficiency, power efficiency, producing capacity (нефтехимической установки), production rate, productive capacity (нефтехимической установки), productive rate, productivity (скважины), rate of production, screening capacity, throughput capacity, throughput19) Astronautics: gross productivity, rated output, rating data20) Korean: binary (употреблено в тексте корейской фирмы, производящей машины инжекционного литья)21) Geophysics: young yield22) Mechanic engineering: performance capacity23) Metrology: throughput (насоса)24) Mechanics: build rate, manufacturing rate, operation rate, output value, work rate, yield rate26) Power engineering: (электрическая) capacity27) Patents: operativity28) Business: outturn, rate of throughput, work output29) Drilling: e (efficiency), eff (efficiency), indicated output, rate30) Sakhalin energy glossary: Production throughput31) Microelectronics: throughput speed32) Polymers: delivery value, manufacturing capacity33) Automation: capacity level, effective output, flow, job rate, manufacturing capability, process flow, process speed, production flow, production level, production output, production volume, productivity rate, throughput capability, throughput performance, throughput volume, work oyster, working efficiency, working rate34) Quality control: (наибольшая) capacity, work capacity, working capacity37) Aviation medicine: efficacy38) Makarov: carrying capacity (пастбища), delivery (насоса или вентилятора), delivery volume (компрессора), duty (котла, насоса и т.п.), grazing capacity (пастбища), output capability, speed, velocity, work pace39) oil&gas: well capacity (скважины), well production (скважины)40) Logistics: delivery capacity, servicing capacity42) Water supply: flow rate production (например, водоочистной установки), flowrate production (например, водоочистной установки)43) Phraseological unit: bang for the buck44) Microsoft: Performance Center45) Cement: recovery rate of heater (теплообменника)Универсальный русско-английский словарь > производительность
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9 produttivo
productive* * *produttivo agg.1 productive; fruitful: capacità produttiva della terra, productive power of the soil; vigna produttiva, productive (o fruitful) vineyard2 (comm.) ( che dà guadagno) productive, production (attr.); ( che dà utili) yielding, bearing: il reparto produttivo di una ditta, the production sector of a firm; ciclo produttivo, production cycle; fattori produttivi, productive factors; investimento produttivo, profit-bearing investment; produttivo d'interesse, interest-bearing; produttivo di reddito, revenue-bearing; azioni produttive di un dividendo, shares yielding dividends (o dividend-yielding shares) // (trib.) imposta fortemente produttiva, highly productive tax.* * *[produt'tivo]1) [capitale, fase, giorno, settore] productive2) (della produzione) production attrib.3) agr. [ terreno] fertile, fruitful* * *produttivo/produt'tivo/1 [capitale, fase, giorno, settore] productive2 (della produzione) production attrib.; ciclo produttivo production cycle; processo produttivo manufacturing process3 agr. [ terreno] fertile, fruitful. -
10 течение
1) General subject: consecution (событий), course (реки), development, eagre, effluence, flight (времени), flow, flowage, flux, glide, ism, lapse (времени), movement, onflow, passage (событий), process, rheo, run, sect (в философии, политике и т.п.), stream, sweep, swim (событий, общественной жизни и т. п.), tenor, tide, trend, progress2) Geology: stream line (реки)4) American: current (дрейфовое, приливное или постоянное)5) Engineering: flowing, fluxion, moving stream, streaming, yielding6) Agriculture: channel erosion7) British English: current (неприливное)9) Hydrography: current10) Mining: flowage (материала при разрушении)11) Diplomatic term: consecution (событий и т.п.), sect (в политике, философии и т.п.)13) Oil: flowed14) Geophysics: eddy15) Patents: train16) Drilling: convergence17) Sakhalin energy glossary: flowing( process unit)18) Polymers: flowing stream19) Automation: course (процесса)20) Plastics: yielding (пластических материалов)23) Makarov: creepage, drift (медленное), flow stream, flow streaming, fluid, fluid motion, motion (жидкости, газа), race (сильное), streamflow, yield24) General subject: pour -
11 Carothers, Wallace Hume
[br]b. 27 April 1896 Burlington, Iowa, USAd. 29 April 1937 Philadelphia, Pennsylvania, USA[br]American chemist, inventor of nylon.[br]After graduating in chemistry, Carothers embarked on academic research at several universities, finally at Harvard University. His earliest published papers, from 1923, heralded the brilliance and originality of his later work. In 1928, Du Pont de Nemours persuaded him to forsake the academic world to lead their new organic-chemistry group in a programme of fundamental research at their central laboratories at Wilmington, Delaware. The next nine years were extraordinarily productive, yielding important contributions to theoretical organic chemistry and the foundation of two branches of chemical industry, namely the production of synthetic rubber and of wholly synthetic fibres.Carothers began work on high molecular weight substances yielding fibres and introduced polymerization by condensation: polymerization by addition was already known. He developed a clear understanding of the relation between the repeating structural units in a large molecule and its physical chemical properties. In 1931, Carothers found that chloroprene could be polymerized much faster than isoprene, the monomer in natural rubber. This process yielded polychloroprene or neoprene, a synthetic rubber with improved properties. Manufacture began the following year, and the material has continued to be used for speciality rubbers.There followed many publications announcing new condensations polymers. On 2 January 1935, he obtained a patent for the formation of new polyamides, including one from adipic acid and hexamethylenediamene. After four years of development work, which cost Du Pont some $27 million, this new polyamide, or nylon, reached the stage of commercial production, beginning on 23 October 1938. Nylon stockings appeared the following year and 64 million were sold during the first twelve months. However, Carothers saw none of this spectacular success: he had died by his own hand in 1937, after a long history of gradually intensifying depression.[br]Principal Honours and DistinctionsElected to the National Academy of Science 1936 (he was the first industrial organic chemist to be so honoured).BibliographyH.M.Whitby and G.S.Whitby, 1940, Collected Papers of Wallace H.Carothers on Polymerisation, New York.Further ReadingR.Adams, 1939, memoir, Biographical Memoirs of the National Academy of Sciences 20:293–309 (includes a complete list of Carothers's sixty-two scientific papers and most of his sixty-nine US patents).LRDBiographical history of technology > Carothers, Wallace Hume
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12 wafer
1) напівпровідникова пластина 2) пластина; плата; підкладка - building-block wafer
- bumped wafer
- chem-mesh polished wafer
- composite wafer
- customed wafer
- device wafer
- enhanced gettered wafer
- epitaxial wafer
- etch-separated wafer
- flat wafer
- foundry wafer
- frame-mounted semiconductor wafer
- frame-mounted wafer
- grown-junction wafer
- heavily strained wafer
- IC wafer
- imperfect wafer
- in-process wafer
- low yielding wafer
- LSI wafer
- master-slice wafer
- mixed crystal wafer
- MOS wafer
- multichip [multi-product] wafer
- optically flat wafer
- planar wafer
- p-n wafer
- prediffused wafer
- process development wafer
- processed wafer
- process validation wafer
- production wafer
- raw wafer необроблена пластина
- resist-coated wafer
- sample wafer
- sapphire wafer
- saw-scribed wafer
- scribed wafer
- SOS wafer
- spin-dry wafer
- substrate wafer
- uncommitted wafer
- vapor-phase epitaxial wafer
- (100) wafer -
13 приводить
reduce, reduce to, bring, cite, deduce, list, adduce, enter• Были приведены дальнейшие аргументы, показавшие, что... - Further arguments were given which showed that...• Было бы легко привести значительно больше примеров... - It would be easy to give many more examples of...• В основном, различные подходы приводят к... - Different approaches will, in general, lead to...• В свою очередь это может привести к тому, что... - This in turn can lead to...• В таблице 1 мы приводим вместе все данные относительно... - In Table 1 we summarize the...• В этом приложении мы приводим результаты... - In this appendix we present the results of...• Все эти данные приводили к очевидному требованию, что... - All this evidence led to a clear requirement that...• Дальнейшее рассуждение затем привело бы к идее... - Further argument would then lead to the idea of...• Данная процедура может быть продолжена, она приводит к... - The procedure can be continued, yielding...• Здесь мы приводим другой пример (чего-л). - We give here another example of...• Здесь мы приводим некоторые формулы для... - Неге we give some formulae for...• Исследование каждого случая отдельно приводит к... - Examination of each individual case leads to...• Можно привести еще одно замечание. - One further observation may be made.• Мы можем привести геометрическую интерпретацию для... -It is possible to give a geometric interpretation of...• Мы не можем привести здесь полный ответ. - We cannot give a complete answer here.• Мы не приводим это рассуждение со всеми подробностями по следующим причинам. - We do not present this argument in detail for the following reasons.• Мы приводим ниже значения для... - We quote below the values of...• Мы теперь приведем приложение уравнения (5). - We now give an application of (5).• Это привело нас к предложению, что... - We are led to the suggestion that...• Наши рассуждения в предыдущем параграфе могли бы привести нас к предположению, что... - Our work in the previous section might lead us to suspect that...• Однако здесь можно привести очень грубый довод. - A very rough reason, however, can be given here.• Описанный здесь метод всегда приводит... - The procedure described here always yields...• Перед тем как продолжить приводить примеры, мы приведем важное замечание, что... - Before proceeding to give examples, we make the important observation that...• Подобные повреждения могут привести к потере... - Such injuries can result in a loss of...• Понятно, что только один этот процесс не мог бы привести к... - Clearly such a process alone could not lead to...• Предыдущее обсуждение приводит к идее, что... - The preceding discussion leads to the idea that...• Приведем более полное доказательство, данное Гильбертом [2]. - A fuller proof, given by Hilbert [2], is as follows.• Приведем исключения, которые указывает Смит [1]. - Smith [1] points out certain exceptions as follows.• Приведем некоторый основной критерий для... - Let us list some major criteria for...• Приведем соответствующие численные величины:... - The corresponding numerical values are as follows:...• Приведем теперь пример, в котором... - We now give an example in which...• Процесс приводит к замене в... - The process leads to a change in...• Следовательно, мы обязаны попытаться развить теорию, которая приводит к... - Hence, we must try to develop a theory that leads to...• Смит [1] приводит убедительный пример существования... - Smith [l] makes a persuasive case for the existence of...• Сначала мы приведем некоторый дополнительный материал относительно... - We begin with some additional material relating to...• Сначала мы приведем один результат из... - We first quote a result from...• Такая практика приводит к серьезным недоразумениям. - This practice leads to serious confusion.• Тем не менее эта формальная работа привела к конкретному результату. - Nevertheless, this formal work has produced a concrete result. I• Тем самым нас довольно настойчиво приводит к идее, что... - This suggests quite strongly that...• Теперь мы приведем некоторые экспериментальные данные относительно... - We shall now give some experimental data concerning...• Теперь мы приведем список наиболее важных тождеств, включающих... - We shall now list the most important identities involving...• Теперь мы приведем явную характеристику... - We now give an explicit characterization of...• Теперь приведем несколько конкретных примеров. - A few concrete examples are in order.• Чтобы привести еще более простой пример, мы можем рассмотреть... - То take an even simpler example, we can consider...• Элегантное доказательство, которое мы здесь приводим, в основном принадлежит Гильберту. - The elegant proof we give is essentially due to Hilbert.• Эти кажущиеся тривиальными результаты приводят к... - These seemingly trivial results lead to...• Эти результаты мы приводим в таблице 1 для трех значений г. - The results are set out in Table 1 for three values of r.• Это выражение можно привести к более удобному виду. - This expression can be put in a more convenient form.• Это доказательство слишком сложное, чтобы приводить его здесь. - The proof is too complicated to give here.• Это естественным образом приводило к различным схемам для... - It led naturally to various schemes for...• Это заключение базируется на тех же самых идеях, которые приводят к... - This conclusion is based on the same ideas that lead to...• Это могло бы также привести к лучшему пониманию... - This could also lead to a better understanding of...• Это не приведет к ошибке, потому что... - This will not give rise to confusion because...• Это не приводит ни к каким концептуальным трудностям, однако... - This introduces no conceptual difficulties, but...• Это нестрогое рассуждение приводит нас к... - This crude argument leads to...• Это позволяет нам привести уравнение (1) к следующему виду... - This enables us to reduce (1) to the form...• Это привело нескольких авторов к заключению, что... - This has led several authors to believe that...• Это приводит к возникновению так называемого... - This gives rise to the so-called...• Это приводит к возрастанию... - This involves an increase in...• Это приводит к выводу, что... - This carries the implication that...• Это приводит к концепции... - This leads to a conception in which...• Это приводит к новым концепциям. - This leads to new conceptions.• Это приводит к полезным методам обращения с... - This leads to useful ways of dealing with...• Это приводит к противоречию, и, следовательно, доказательство закончено. - This gives a contradiction, and the proof is complete.• Это приводит к рассмотрению темы... - This leads into the topic of...• Это приводит к следующему определению. - This motivates the following definition.• Это приводит к тому, что известно как... - This leads to what is known as...• Это приводит нас к важному свойству... - This leads us to an important property of...• Это приводит нас к идее постулировать существование... - This leads us to postulate the existence of...• Этот результат автоматически приводит к необходимости изучения... - This result automatically leads to a study of... -
14 ink
1. чернилаcopying ink — копировальные чернила; копировальная краска
ink bleed — расплывание чернил; расплывание краски
2. краска; покрывать краской3. невидимая краскаink sheet — лист, используемый в качестве резервуара краски
ink can — банка для краски, банка с краской, красочная туба
4. светящаяся под ультрафиолетовыми лучами краскаblind ink — краска, применяемая при печатании книг для слепых
book ink — краска для печатания книжно-журнальной продукции; печатная краска
wax-setting ink — краска, закрепляемая в восковом растворе
5. краска для печатания на пластмассовых материалах6. тушь для черчения на пластмассовых материалахchangeable printing ink — печатная краска, изменяющая свой цвет
charged ink — заряженная краска, краска, имеющая электрический заряд
7. тушь8. китайская краскаcold-set ink — краска, отверждающаяся при охлаждении; термокраска
9. цветные чернила10. цветная краска11. цветная тушьday-glo fluorescent ink — краска дневного свечения, флюоресцентная краска
12. копировальная краскаink impregnated fabric — материал, пропитанный краской
13. переводная краска14. жирная краска для выкрыванияdifficult ink — краска с высоким поглощением связующего частицами пигмента, краска с пигментом повышенной маслоёмкости
embedded nonimage ink — краска, прилипшая к пробельным элементам
endorsing ink — краска для штампа, штемпельная краска
etching ink — краска для выкрывания; кислотоупорная краска
evaporation set ink — краска, закрепляемая испарением
flying ink — пылящая краска, краска, образующая пыль
frozen ink — краска, отверждающаяся при охлаждении
gloss steam-set ink — глянцевая краска, закрепляемая паром
hard top ink — краска, дающая твёрдую плёнку
heat-set ink — краска, закрепляющаяся при нагревании
heat-transfer ink — краска, переходящая на запечатываемый материал при нагревании
high-solids ink — высококонцентрированная краска, краска с большим содержанием твёрдых частиц; высоковязкая краска
hot wax ink — краска, подходящая для последующего парафинирования запечатанной поверхности
IR-curing ink — краска, закрепляющаяся под действием инфракрасного излучения
lake ink — краска, изготовленная на лаке
litho ink — офсетная краска; литографская краска
lithographic ink — литографская краска; литографская тушь; офсетная краска
long ink — краска «длинной» консистенции, «длинная» краска
misting ink — пылящая краска, краска, образующая пыль
moisture-set ink — краска, закрепляемая влагой
nonskinning ink — краска, не образующая плёнку
nonscratch ink — краска, устойчивая к истиранию
offset ink — краска для офсетной печати, офсетная краска
solvent-free ink — краска, не содержащая растворителя
15. краска для печатания с форм, изготовленных фотомеханическим способомsolventless ink — краска, не содержащая растворителя
16. краска для изготовления оригинала, подлежащего фотомеханическому воспроизводствуprocess color ink — краска для многокрасочной печати с форм, изготовленных фотомеханическим способом
17. радиоактивная краска18. радиоактивная тушьrub-fast ink — краска, устойчивая к истиранию
run-of-press color process ink — краска для многокрасочной печати газет «сырое по сырому»
scented ink — душистая краска, краска с отдушкой
shear-thinning ink — краска, разжижающаяся под действием сдвига
short ink — краска «короткой» консистенции, «короткая» краска
soft ink — маловязкая краска, сильноразбавленная краска
solid-state ink — краска на твёрдом связующем, твёрдая краска
solvent-free ink — краска, не содержащая растворителя
solvent-type ink — краска, содержащая растворитель
splash ink — краска, наносимая брызгами
steam-set ink — термокраска, закрепляемая паром
19. насыщенная краска20. концентрированная краскаsublimable ink — краска, способная к сублимированию
thermosetting ink — краска, закрепляющаяся при нагревании
UV-curable ink — краска, закрепляющаяся под действием ультрафиолетового излучения
vapor-set ink — краска, закрепляющаяся паром
vermillion ink — киноварь, вермильон, алая печатная краска
viscous paste ink — вязкая краска, вязкая красочная паста
water-based ink — водная краска, краска на водной основе
-
15 condition
1) условие || обусловливать2) состояние || поддерживать (приводить в) определённое состояние3) положение; ситуация4) мн. ч. режим5) мн. ч. параметры7) выдерживать (напр. древесину)8) горн. подвергать обработке реагентами перед флотацией9) текст. испытывать степень влажности•conditions beyond the experience — условия ( полёта), выходящие за рамки опыта ( пилота);-
abnormal operating conditions
-
accident condition
-
actual operating conditions
-
added-value condition
-
adjoint boundary condition
-
adverse conditions
-
airworthy condition
-
alert condition
-
ambient conditions
-
anticipated operating conditions
-
application conditions
-
as-cast condition
-
as-deposited condition
-
as-drawn condition
-
as-extruded condition
-
as-forged condition
-
as-received condition
-
as-rolled condition
-
as-welded condition
-
asymmetrical conditions
-
asynchronous condition
-
atmospheric conditions
-
average operating conditions
-
balanced conditions
-
beet cutting conditions
-
boundary condition
-
breaking conditions
-
burning conditions
-
busy condition
-
characteristic condition
-
chemistry conditions
-
close conditions
-
cold furnace condition
-
compatibility condition
-
condition of indeterminacy
-
condition of static equilibrium
-
conjugating boundary condition
-
consistency condition
-
contact conditions
-
continuity condition
-
continuous conditions
-
controlled atmosphere conditions
-
controlled conditions
-
cost optimum condition
-
crack arrest conditions
-
crack extension conditions
-
crew physical condition
-
criticality conditions
-
current yield condition
-
cutting conditions
-
deadlock condition
-
debugging conditions
-
Derichlet's boundary condition
-
design conditions
-
dirt load condition
-
disabled condition
-
docking initial contact conditions
-
don't care condition
-
downstream stagnation conditions
-
dry-bulb conditions
-
dust condition
-
dyebath conditions
-
dynamic conditions
-
elliptic boundary condition
-
emergency condition
-
end fixity condition
-
energized condition
-
environmental conditions
-
equilibrium condition
-
equilibrium fuel burnup conditions
-
equilibrium xenon conditions
-
equipment-damaging condition
-
error condition
-
exception condition
-
existence condition
-
extreme conditions
-
fault conditions
-
faulty condition
-
field condition
-
firing conditions
-
flight conditions
-
flow conditions
-
fracture arrest conditions
-
fracture conditions
-
free surface conditions
-
freezing conditions
-
friction boundary conditions
-
frost buildup conditions
-
full power equilibrium xenon conditions
-
full-load conditions
-
fusing condition
-
gap condition
-
general yielding conditions
-
geological conditions
-
geometric boundary condition
-
geotechnical conditions
-
governing conditions
-
grinding conditions
-
grip conditions
-
hazardous weather conditions
-
high-resistance fault conditions
-
highresistance fault conditions
-
homogeneous boundary conditions
-
hostile conditions
-
humid condition
-
humidity conditions
-
hunting conditions
-
hygiene and sanitary conditions
-
hypobaric conditions
-
ice conditions
-
ice-bound conditions
-
icing conditions
-
impact conditions
-
induction condition
-
initial condition
-
in-lock condition
-
in-pile conditions
-
in-place conditions
-
in-plane boundary conditions
-
in-situ conditions
-
instrument meteorological conditions
-
jump conditions
-
karstic conditions
-
landing conditions
-
limiting condition
-
living conditions
-
load conditions
-
loading condition
-
local condition
-
local flow conditions
-
logical condition
-
lowest weather conditions
-
low-light-level conditions
-
machine conditions
-
machining conditions
-
making conditions
-
managed conditions
-
meteorological conditions
-
mill conditions
-
mining and geological conditions
-
mixed-boundary conditions
-
moding conditions
-
moisture conditions
-
motor load condition
-
mutual-testing conditions
-
natural boundary condition
-
natural conditions
-
near singing conditions
-
necessary condition
-
Newmann's boundary condition
-
Newton's boundary condition
-
no-load conditions
-
nominal conditions
-
normal conditions
-
off condition
-
off-design conditions
-
off-peak conditions
-
on condition
-
on-peak conditions
-
on-speed conditions
-
open-conductor operating conditions
-
operated condition
-
operating condition
-
operational conditions
-
operation conditions
-
out-of-balance condition
-
out-of-round condition
-
out-of-step conditions
-
out-of-tolerance conditions
-
overaged condition
-
overheating conditions
-
overload conditions
-
overpoled condition
-
overtempered condition
-
oxidizing conditions
-
peak load conditions
-
periodicity condition
-
permit conditions
-
petrophysical conditions
-
plane-strain condition
-
plant conditions
-
poor ground condition
-
postfault conditions
-
precipitation conditions
-
prefault conditions
-
process conditions
-
program stop condition
-
pulling condition
-
pulse conditions
-
pump-starving filter condition
-
quenched condition
-
quiescent condition
-
rated conditions
-
reaction conditions
-
ready condition
-
reductive conditions
-
reference friction conditions
-
refrigerating conditions
-
rigidity condition
-
roof conditions
-
room conditions
-
running conditions
-
runoff conditions
-
safety conditions
-
self-testing conditions
-
semistalled condition
-
service conditions
-
short-circuit conditions
-
side condition
-
simulated conditions
-
slipping condition
-
stability conditions
-
stabilized condition
-
stagnant conditions
-
standard condition
-
standby condition
-
starting conditions
-
start-oscillation condition
-
static conditions
-
static equilibrium conditions
-
steady-state condition
-
steady condition
-
storage conditions
-
stream conditions
-
strength condition
-
stress boundary conditions
-
stress condition
-
sufficient condition
-
surface condition
-
symmetrical conditions
-
takeoff conditions
-
technical conditions
-
temperature conditions
-
temper-brittle condition
-
terminal conditions
-
terrain undercarriage working condition
-
test conditions
-
test-bed conditions
-
thermal boundary conditions
-
thermal conditions
-
thermodynamic condition
-
traction-free boundary conditions
-
tractor underfoot condition
-
transient condition
-
trial conditions
-
turbulent conditions
-
turn-down conditions
-
unbalanced conditions
-
unballasted condition
-
under no-load conditions
-
unenergized condition
-
unmanned conditions
-
unpredictable conditions
-
unsteady-state condition
-
unsteady condition
-
upstream stagnation conditions
-
usage conditions
-
valve flow condition
-
viewing conditions
-
visibility reduced condition
-
visual meteorological conditions
-
wait condition
-
weather conditions
-
well production conditions
-
wet-bulb conditions
-
wind conditions
-
wing icing conditions
-
winter conditions
-
working condition
-
worst conditions
-
zero-wind condition -
16 flow
1) течение; поток || течь2) сток3) расход, дебит4) растекание; расплыв(ание) || растекаться; расплываться5) пластическая деформация || претерпевать пластическую деформацию6) текучесть7) нефт. фонтанирование || фонтанировать8) нефт. добыча9) подвижность (напр. бетонной смеси)10) технологический маршрут; последовательность операций11) гидр. движение12) непрерывная подача энергии (электрической, тепловой)13) наводнение; затопление; разлив14) отводная труба16) разлив ( лакокрасочного покрытия)17) выпрессовка, грат (в прессовании пластмасс, резины)•to bypass flows — гидр. 1. пропускать строительные расходы по обводному каналу 2. пропускать паводок в обход сооруженияflow of catchment — сток водосбросаflow of control — 1. процесс управления 2. алгоритм управления; поток (команд) управленияflow of ground — пластическая деформация грунта-
adiabatic flow
-
air flow
-
air-mass flow
-
airport traffic flow
-
air-water flow
-
all-gas flow
-
annual flow
-
annular flow
-
annular two-phase flow
-
annular-dispersed flow
-
approach flow
-
artesian flow
-
available flow
-
average annual flow
-
axial flow
-
backward flow
-
back flow
-
base flow
-
bearing form oil flow
-
behind-the-casing flow
-
blade-to-blade flow
-
boiling channel flow
-
boundary layer flow
-
break flow
-
bubble flow
-
bubbly flow
-
bulk flow
-
bypass flow
-
cascade flow
-
channel flow
-
chip flow
-
chugging flow
-
churn-turbulent flow
-
churn flow
-
climbing film flow
-
cocurrent catalyst flow
-
cocurrent flow
-
coherent boiling flow
-
cold flow
-
command-status flow
-
communication flow
-
constant flow
-
continuous flow
-
control flow
-
controlled flow
-
convergent flow
-
coolant flow
-
corkscrewlike flow
-
countercurrent flow
-
critical flow
-
cross flow
-
current flow
-
daily flow
-
data flow
-
decaying swirl flow
-
density-stratified flow
-
design water flow
-
developed flow
-
developed turbulent flow
-
direct surface flow
-
dispersed flow
-
divergent flow
-
diversion flow
-
down flow
-
downstream flow
-
downward flow
-
drainage flow
-
droplet-dispersed flow
-
droplet-free flow
-
dust flow
-
energy flow
-
estimated flow
-
evaporating flow
-
exergy flow
-
exhaust flow
-
failure flow
-
fictitious heat flow
-
filter fluid flow
-
flood flow
-
fluid flow
-
fog flow
-
forced flow
-
forward flow
-
free flow
-
free-surface flow
-
freight flow
-
frictional flow
-
froth flow
-
frozen flow
-
full flow
-
gas flow
-
gas piston flow
-
gas-liquid flow
-
generalized Couette flow
-
glass flow
-
grain-boundary flow
-
gravity flow
-
groundwater flow
-
heat flow
-
high flow
-
high-velocity bypass flow
-
homogeneous flow
-
horizontal flow
-
hydraulically smooth wind flow
-
hydroelectric flow
-
ice flow
-
incident flow
-
incoming flow
-
induced flow
-
information flow
-
ink flow
-
instruction flow
-
insurge flow
-
interconnection tie flow
-
intermittent flow
-
interrupt flow
-
interstitial flow
-
inverse annular flow
-
irrigation return flow
-
irrotational flow
-
isothermal flow
-
Knudsen flow
-
laminar flow
-
lateral flow
-
leakage flow
-
leak flow
-
letdown flow
-
liquid-vapor flow
-
load flow
-
low Reynolds number flow
-
low-velocity flow
-
low-water flow
-
magnetic flow
-
makeup flow
-
mass flow
-
mean flow
-
metered flow
-
mist flow
-
mixed flow
-
molecular flow
-
motion flow
-
mud-and-stone flow
-
multiphase flow
-
natural flow
-
near-bottom flow
-
negative core flow
-
no-load flow
-
noncontinuous flow
-
nonstationary flow
-
nonswirling flow
-
nonuniform flow
-
nozzle flow
-
n-sequential orifice flow
-
open-channel flow
-
outsurge flow
-
oven flow
-
overbank flow
-
peak flow
-
pipe flow
-
piston flow
-
plain-strain flow
-
plastic flow
-
plug flow
-
positive core flow
-
positive flow
-
postcombustion flow
-
potential flow
-
power flow
-
pressure flow
-
primary coolant flow
-
primary flow
-
priority flow
-
process flow
-
pulsating flow
-
pump output flow
-
pump flow
-
radial flow
-
ram air flow
-
reattached flow
-
recirculating flow
-
recirculating turbulent flow
-
recorded flow
-
recycling flow
-
reduced flow
-
reflux flow
-
regulated flow
-
retarded flow
-
return flow
-
reverse core steam flow
-
reverse flow
-
reverse-direction flow
-
ripple flow
-
riser flow
-
river flow
-
rotating flow
-
routed flow
-
seasonal flow
-
seepage flow
-
self-adapting production flow
-
self-aligning production flow
-
semiannular flow
-
separate flow
-
serrated flow
-
servovalve control flow
-
shear flow
-
sheet flow
-
sliding flow
-
slip flow
-
slipless flow
-
slugging flow
-
slug flow
-
smooth flow
-
snow flow
-
soil water flow
-
split flow
-
steady-state flow
-
steady flow
-
steering flow
-
storm flow
-
stratified flow
-
streamline flow
-
streamlined production flow
-
submerged flow
-
subsonic flow
-
subsurface water flow
-
supergeostrophic flow
-
supersonic flow
-
surface-water flow
-
surface flow
-
surge flow
-
swirling flow
-
swirl flow
-
thermally disordered flow
-
three-dimensional flow
-
throttled flow
-
tidal flow
-
tip-leakage flow
-
total coolant flow
-
total flow
-
total loop flow
-
traffic flow
-
true mass flow
-
turbulent flow
-
two-component flow
-
two-dimensional flow
-
two-phase critical flow
-
two-phase gas-liquid flow
-
unbalanced flow
-
uncontrolled flow
-
undershot orifice flow
-
undimensional heat flow
-
unimpeded flow
-
unit peak flow
-
unsteady-state flow
-
unsteady flow
-
upward flow
-
variable-area flow
-
viscous flow
-
volume flow
-
vortex flow
-
water flow
-
wave flow
-
wavy flow
-
weight flow
-
weir flow
-
well natural flow
-
wind flow
-
wind-induced flow
-
wispy-annular flow
-
working flow
-
yielding flow -
17 выдавать
•A patent has been issued for a television set.
•The process was granted a patent in 1981.
II•The pit is turning out (or producing, or yielding) 800 tons of sand a day.
* * *Русско-английский научно-технический словарь переводчика > выдавать
-
18 выдавать
•A patent has been issued for a television set.
•The process was granted a patent in 1981.
II•The pit is turning out (or producing, or yielding) 800 tons of sand a day.
Русско-английский научно-технический словарь переводчика > выдавать
-
19 Decortication
The process of stripping the woody outer bark from fibre yielding stalks such as ramie, etc.
См. также в других словарях:
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