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1 струйчатая эрозия
Русско-английский словарь по деревообрабатывающей промышленности > струйчатая эрозия
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2 струйчатый размыв
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3 струйчатая эрозия
1) Forestry: gully erosion2) Ecology: flow erosion, rill erosion, rill wash3) Makarov: channel erosion, rilling, rillwork -
4 струйчатый размыв
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5 водная эрозия
водная эрозия
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
water erosion
The breakdown of solid rock into smaller particles and its removal by water. As weathering, erosion is a natural geological process, but more rapid soil erosion results from poor land-use practices, leading to the loss of fertile topsoil and to the silting of dams, lakes, rivers and harbours. There are three classes of erosion by water. a) Splash erosion occurs when raindrops strike bare soil, causing it to splash, as mud, to flow into spaces in the soil and to turn the upper layer of soil into a structureless, compacted mass that dries with a hard, largely impermeable crust. b) Surface flow occurs when soil is removed with surface run-off during heavy rain. c) Channelized flow occurs when a flowing mixture of water and soil cuts a channel, which is then deepened by further scouring. A minor erosion channel is called a rill, a larger channel a gully. (Source: ALL)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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DE
FR
Русско-французский словарь нормативно-технической терминологии > водная эрозия
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6 наступательная эрозия потока
наступательная эрозия потока
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[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
Русско-английский словарь нормативно-технической терминологии > наступательная эрозия потока
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7 корродирование или износ трубок
Flow measurement: erosion/corrosion detectionУниверсальный русско-английский словарь > корродирование или износ трубок
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8 водная эрозия
водная эрозия
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
water erosion
The breakdown of solid rock into smaller particles and its removal by water. As weathering, erosion is a natural geological process, but more rapid soil erosion results from poor land-use practices, leading to the loss of fertile topsoil and to the silting of dams, lakes, rivers and harbours. There are three classes of erosion by water. a) Splash erosion occurs when raindrops strike bare soil, causing it to splash, as mud, to flow into spaces in the soil and to turn the upper layer of soil into a structureless, compacted mass that dries with a hard, largely impermeable crust. b) Surface flow occurs when soil is removed with surface run-off during heavy rain. c) Channelized flow occurs when a flowing mixture of water and soil cuts a channel, which is then deepened by further scouring. A minor erosion channel is called a rill, a larger channel a gully. (Source: ALL)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-английский словарь нормативно-технической терминологии > водная эрозия
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9 водная эрозия
водная эрозия
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
water erosion
The breakdown of solid rock into smaller particles and its removal by water. As weathering, erosion is a natural geological process, but more rapid soil erosion results from poor land-use practices, leading to the loss of fertile topsoil and to the silting of dams, lakes, rivers and harbours. There are three classes of erosion by water. a) Splash erosion occurs when raindrops strike bare soil, causing it to splash, as mud, to flow into spaces in the soil and to turn the upper layer of soil into a structureless, compacted mass that dries with a hard, largely impermeable crust. b) Surface flow occurs when soil is removed with surface run-off during heavy rain. c) Channelized flow occurs when a flowing mixture of water and soil cuts a channel, which is then deepened by further scouring. A minor erosion channel is called a rill, a larger channel a gully. (Source: ALL)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > водная эрозия
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10 поток
1) General subject: Niagara, avalanche (писем и т. п.), cataract (красноречия), current, current (тж. перен.), deluge (слов), ea, effusion (слов, стихов), flow, flush, flux, gush, hail, hailing distance, nulla, onrush, outburst (слез), outgush, outpour, race, rain sing, river, run, shower (электронов), spate (заказов и т. п.), spill, storm (слёз), stream, swamp, tide, torrent (ругательств и т. п.), volley, volley (насмешек и т.п.), watercourse, flood2) Computers: traffic3) Geology: bourn, strand, stream flow4) Naval: drift, flowing, flume, flush (воды), indraft (втекающий внутрь), indraught (втекающий внутрь), rundle5) Colloquial: splurge6) American: (небольшой) run7) Obsolete: ford8) Poetical language: whelm9) Military: (направленный сильный) jet10) Engineering: advection, blast, circuit (в котлоагрегате), draught, effluent effect, moving stream, streamflow (воды), streaming, flow output (выходной поток)11) Agriculture: channel erosion12) Construction: circulation, eaves beam with internal drainage13) Mathematics: fluence (интегральный), jet14) Railway term: flow rate, moving traffic15) Architecture: burn17) Indian language: nullah19) Polygraphy: stream (печатной продукции)20) Information technology: thread21) Oil: fluent, throughflow22) Communications: (связи) stream23) Astronautics: flow stream24) Theory of mass service: nonsimple stream26) Ecology: effluent27) Patents: traffic (транспорта, информации, заказов)28) Business: flow (вложений)30) Sakhalin energy glossary: pipeline spread31) Education: class (a subdivision of the students in an academic department, consisting of a cohort of students of the same academic level)32) Polymers: flowing stream, fluxion, running stream33) Programming: concurrent object, stream (объект, используемый как абстракция канала ввода или вывода)34) Plastics: flow path (перерабатываемого материала в экструдере)35) Sakhalin S: SPREAD (участок, на котором ведутся работы, в данном случае синоним слова section (участок). например, трасса трубопровода поделена на 4 потока (участка))37) Chromatography: stream storing38) Aviation medicine: air current39) Makarov: branch, current (течение), downpour, draught (воды), effluent (лавы), flow (течение), flow of currents, flow streaming, fluid, flux (1. текущая жидкость; 2. число радиоактивных частиц в данном объёме, помноженное на их ср. скорость), flux (вектора), flux (излучения), flux (энергии или вещества), font, rain, rain (и), spout, stream (ручей, речушка), stream (течение)40) Aluminium industry: duct41) Cement: flow (в трубопроводе)42) Skydiving: relative wind43) General subject: pour -
11 течь
1) General subject: course, draw upon, dribble, dripple, drool (о слюне, крови), flow, flush, glide, lapse (о времени), leak, leak away, leakage, move, rheo, running, seepage, sluice, spring, stream, take (в каком-л. направлении - о дороге, реке)2) Geology: weeping4) Aviation: gross leak6) Medicine: flux7) Military: trickle8) Engineering: escape9) Agriculture: channel erosion, run12) Railway term: clearance leakage, water leak14) Automobile industry: drip (напр. о баке), flow (в замкнутом контуре), pour, spin, weep15) Mining: weeper17) Metallurgy: run (тигля или печи)19) Coolers: outleakage20) Drilling: seep21) Microelectronics: leakage flow22) Polymers: run23) Marine science: sweep (о морском течении)24) Makarov: drain, flow (о времени), weep (просачивание), weep (протекать), draw on (о времени) -
12 датчик
да́тчик м.1. ( преобразователь контролируемой величины в сигнал) transducer; ( в конкретных сочетаниях) gauge, брит. pick-off; амер. pickupда́тчик воспринима́ет (физическую, электрическую и т. п.) [m2]величину́ — a transducer responds to [senses] a (physical, electrical, etc.) variable [quantity, stimulus]тари́ровать да́тчик — calibrate a transducer2. ( источник информации) (data) transmitter3. ( чувствительный или измерительный элемент) measuring [sensing] element, sensor, detectorда́тчик преобразу́ет одну́ величину́ в другу́ю — a sensor converts one quantity into anotherда́тчик а́зимута — azimuth (data) transmitterда́тчик акти́вного сопротивле́ния — variable-resistance [potentiometric] transducerакусти́ческий да́тчик — acoustic transducerастронавигацио́нный да́тчик — star sensor, star seekerбесконта́ктный да́тчик — contactless pickupбиологи́ческий да́тчик — biological sensorболометри́ческий да́тчик — bolometric transducerва́куумный манометри́ческий да́тчик — filled-system vacuum transducerда́тчик вре́мени — timer (clock)да́тчик вре́мени с самовозвра́том — self-resetting timerвре́мя-и́мпульсный да́тчик — cycle-repeat timerда́тчик вспы́шечных сигна́лов геод. — flashing beaconда́тчик высоты́ — altitude sensorгазоразря́дный да́тчик — gas-discharge transducerгенера́торный да́тчик — (self-)generating transducerгидравли́ческий да́тчик — hydraulic pickupда́тчик гидролока́тора — sonar transducerгироскопи́ческий да́тчик — gyro(scope) transmitter, gyroscopic pickupда́тчик глубины́ — depth sensorда́тчик горизо́нта — horizon scannerда́тчик давле́ния — pressure transducer, pressure pickupда́тчик давле́ния ма́сла авто — oil-pressure sending unit, oil-pressure senderда́тчик давле́ния по́чвы — soil-pressure cellдеформа́ций да́тчик — strain gaugeдинами́ческий да́тчик — dynamic transducerдинамометри́ческий да́тчик — force transducerдистанцио́нный да́тчик — remote pickupдифференциа́льный да́тчик — differential transducerё́мкостный да́тчик — variable-capacitance transducer, capacitive pickupжи́дкостно-потенциометри́ческий да́тчик — liquid-resistance transducerжи́дкостный да́тчик — liquid pickupи́мпульсный да́тчик — pulse transducerда́тчик и́мпульсов ( источник импульсных сигналов) — pulserиндукти́вный да́тчик — variable-induction [inductive] pickupиндукцио́нный да́тчик — variable reluctance pickupиндукцио́нный да́тчик ко́мпаса — magnetic field sensorиндукцио́нный да́тчик с переме́нной пло́щадью — variable-coupling inductance transducerиндукцио́нный да́тчик с переме́нным зазо́ром — variable air gap inductance transducerинерциа́льный да́тчик — inertial sensorкомпенсацио́нный да́тчик — force-balance transducerда́тчик конта́ктного сопротивле́ния — contact-resistance transducerконта́ктный да́тчик — contact pickupда́тчик кре́на — roll sensorда́тчик лине́йного перемеще́ния и угло́в поворо́та — linear-and-angular movement pickupлине́йный да́тчик — linear transducerда́тчик лине́йных ускоре́ний — linear accelerometerмагни́тный да́тчик — magnetic transducerмагниторезисти́вный да́тчик — variable-resistance transducerмагнитострикцио́нный да́тчик — magnetostrictive transducerмагнитоупру́гий да́тчик — magneto-elastic transducerмагнитоэлектри́ческий да́тчик — moving-coil transducerманометри́ческий да́тчик — filled-system transducerмембра́нный да́тчик — diaphragm pickupмикрова́ттный да́тчик — micropower transmitterда́тчик микрометеори́тной эро́зии — micrometeorite erosion gaugeда́тчик моме́нта ( в гироскопе) — torque motor, torque generatorмоме́нтный да́тчик ( в гироскопе) — torque motor, torque generatorда́тчик моме́нтов ( в гиромагнитном компасе) — slaving-torque motorда́тчик нау́чной информа́ции — scientific sensorнейтро́нный да́тчик — neutron-sensitive elementда́тчик опо́рных часто́т [ДОЧ] — frequency synthesizer, frequency standard assemblyопти́ческий да́тчик — optical sensorда́тчик ориента́тора — sensor, seekerпараметри́ческий да́тчик — modulating transducerда́тчик перемеще́ния — displacement transducerда́тчик перепа́да давле́ния — differential pressure pickupплё́ночный да́тчик косм. — film gaugeпневмати́ческий да́тчик — pneumatic transmitterпогружно́й да́тчик — displacer-type transducerда́тчик пожа́рной сигнализа́ции — fire detectorда́тчик положе́ния — position pickupпотенциометри́ческий да́тчик — potentiometer transducerда́тчик пото́ка — flow transducerпрогра́ммный да́тчик — program(me) transmitterда́тчик продо́льных ускоре́ний — fore-and-aft accelerometerпрото́чный да́тчик — flow-type transducer, flow-type pickup, flow-type sensorда́тчик прямо́го де́йствия — direct-acting transducerпутево́й да́тчик маш., метал.-об. — path-control transducerпьезорезисти́вный да́тчик — piezoresistive transducerпьезоэлектри́ческий да́тчик — piezoelectric transducerда́тчик работоспосо́бности — health sensorрадиоакти́вный да́тчик — radiotracerразме́рный да́тчик — measuring transmitter, gaugeда́тчик разме́ров — gauging transducerда́тчик рассогласова́ния — error sensorрасходоме́рный да́тчик — flow transducerрезисти́вный да́тчик — resistance transducerреоста́тный да́тчик — variable-resistance transducerреохо́рдный да́тчик — slide-wire gaugeрыча́жный да́тчик — lever pickupсветочувстви́тельный да́тчик — photosensitive transducerсельси́нный да́тчик — synchro pickupда́тчик систе́мы ориента́ции — attitude(-control) sensorда́тчик систе́мы ориента́ции, звё́здный — star [stellar] trackerда́тчик систе́мы ориента́ции, со́лнечный — sun [solar] sensorсква́жинный да́тчик — borehole caliperскоростно́й да́тчик — velocity-type [rate] transducerда́тчик случа́йных чи́сел — random-number generatorстру́йный да́тчик — jet-pipe [flapper-nozzle] transducerстру́нный да́тчик — vibrating wire transducerда́тчик с часто́тным вы́ходом — oscillatory-type transducerтвердоте́льный да́тчик — solid-state probeтелеметри́ческий да́тчик — telemeter (transducer)температу́рный да́тчик — temperature-sensitive elementда́тчик температу́ры воды́ авто — water-temperature sending unit, water-temperature senderтензометри́ческий да́тчик — strain-gauge transducer (см. тж. тензодатчик)термоэлектри́ческий да́тчик — thermocouple sensorда́тчик техни́ческой информа́ции — engineering sensorтрансформа́торный да́тчик — differential-transformer transducerда́тчик тя́гового уси́лия — draw-bar load sensing mechanismда́тчик угла́ — angle-data transmitterда́тчик у́голь — поро́да — coal sensorультразвуково́й да́тчик — ultrasonic transducerда́тчик у́ровня — level detector, level gaugeда́тчик у́ровня, накладно́й — tankside level transmitterда́тчик у́ровня, поплавко́вый — float-level gaugeда́тчик уси́лия — force cellда́тчик ускоре́ний — acceleration transducerда́тчик уста́лостных разруше́ний — fatigue failure gaugeфотохими́ческий да́тчик — photochemical pickupфотоэлектри́ческий да́тчик — photoelectric sensor, photoelectric transducerхемотро́нный да́тчик — solionцентробе́жный да́тчик — centrifugal transducerда́тчик ци́клов вчт. — cyclerда́тчик эдс Хо́лла — Hall generatorэлектрогидравли́ческий да́тчик — electrohydraulic pickupэлектрокинети́ческий да́тчик — electrokinetic transducerэлектромагни́тный да́тчик — electromagnetic transducerэлектромехани́ческий да́тчик — electromechanical sensorэлектро́нный да́тчик — electronic pickupэлектрохими́ческий да́тчик — solion* * * -
13 водоток
1) Geology: flow, stream flow2) Engineering: channel, stream, watercourse, waterway3) Agriculture: channel erosion, gulch4) Construction: course5) Oil: creek6) Ecology: water course, water passage, water passageway -
14 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 -
15 датчик
1. м. брит. амер. transducer; gauge, pick-off; pickup2. м. transmitter3. м. measuring element, sensor, detector -
16 расходиться
Расходиться - to separate (в пространстве); to disagree (о значениях величины); to be in disagreement, to differ (во мнениях)The stiffness curves for the three unbalance levels are somewhat more widely separated than at the lower pressure ratios.Расходиться на-- The absolute velocities measured at station 2 by the LA and survey probe agree within 7 percent, but the flow angles measured by the two systems disagree by as much as 14 percent. Расходиться с - to contradict with, to contrast with, to conflict with, to disagree with, to be at variance with (отличаться); to depart from, to be a departure from (отходить от)This result contrasts with the stress corrosion cracking problem.This observation is consistent with earlier work on copper [...] but conflicts with M. [...].The results are at variance with earlier work [...], which concluded that the weld metal itself was the region of greatest fracture risk.The much greater erosion rate at 975°C is a substantial departure from results obtained in other investigations of the temperature dependence of erosion.—два последовательных отсчёта расходились не более, чем наРусско-английский научно-технический словарь переводчика > расходиться
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17 тесно связан с
Тесно связан с - is closely linked to, is closely related to, is closely tied to, is closely connected to, is intimately related to, is intimately connected with, is closely associated with, has a strong relation toThe erosion resistance will, therefore, be closely linked to the relative volumetric presence and continuity of each phase.The topographic index is obviously closely related to the plasticity index, but emphasizes peak density rather than peak height.The effects of corrosion/erosion and life prediction methodology are closely related.The flow oscillation magnitude is closely tied to the compressor and throttle characteristics.A national network of activities will be needed closely connected to local and regional industry.The noise is intimately related to the gear dynamics through inaccuracies in the tooth profile.Convective heat transfer is intimately connected with fluid mechanics.He has been closely associated with the material selection, fabrication, welding and heat treating of metals for the pressure vessel industry.Computational modeling of natural language has a strong relation to certain general aspects of the development of computer science.Русско-английский научно-технический словарь переводчика > тесно связан с
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18 в отличие от
•Active current:alternating current that part in the phase with the voltage or the effective energy, as differentiated (or distinguished, or distinct) from the wattless or useless energy.
•The transistor is a current-controlled device as opposed to [or as distinct from, or in distinction to, or in contradistinction to, or in contrast to (or with), or as contrasted to, or unlike] the vacuum tube, which is a voltage-controlled device.
•The company has achieved a 200% increase in productivity by using the robot as opposed to manual servicing.
•The ultrasonic welding machine is semi-portable. By contrast, the resistance welder is a relatively cumbersome unit to move to a new location.
•Unlike copper windings, permanent magnets never wear out.
•These reactors are called light-water reactors to distinguish them from the type that uses heavy water.
•Contrary to the usual practice of...
•Sediments deposited by contour currents are called contourites, to set them apart from turbidites.
* * *В отличие от -- as opposed to, as contrasted to, as contrasted with; in contrast with, in contrast to; as distinct from, as distinguished from; unlike, unlike for; did not... as did, had not ... as had (британская конструкция)Most fine-pitch gears are used to transmit motion as opposed to the transmission of power. (В отличие от силовых передач большинство...)This possible separation regime appears to be of the ordinary type ( as contrasted to singular separation).Corrosion is brought about through chemical or electrochemical action, as contrasted with erosion caused by mechanical action.In contrast with the thicker inlet boundary layer, there is a pronounced thinning of the layer across the rotor.Also in contrast to the torsion mode, the critical phase angle always represented a backward wave.In this context the term "flooded bearing" becomes akin to "pressurized" bearing as distinct from Mr. G.'s classification where "flooded" is associated with bearings having no supply flow rate.The simplified turbine acceptance test, as distinguished from the full ASME turbine acceptance test, measures feedwater flow directly.Another advantage is that, unlike thermocouples, all components of this system including sensors are reusable.Unlike for torsion, the critical phase angle for the bending modes varied with sweep.Two weeks float is currently shown for these facilities compared to the rest of the 1A topside facilities (... показан двухнедельный плавающий срок...)Русско-английский научно-технический словарь переводчика > в отличие от
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19 струиться
1) General subject: flow (тж. перен.), flow, glide (о реке), overstream, purl, rill, ripple, spout, stream, wash2) Obsolete: trill (о воде, слезах)3) Engineering: trickle (для капельного орошения)4) Agriculture: channel erosion5) Forestry: spin6) Fishery: run7) Makarov: roll -
20 вопреки ожиданиям
•Contrary to the expectations the temperature did not fall to the initial value.
•The studies of young animals showed, contrary to the expectations, that some degree of stress in infancy is necessary for the development of normal, adaptive behaviour.
•However, contrary to what you might expect, the erosion velocity is quite high.
* * *Вопреки ожиданиямExperiments in small scale models of various sizes showed that, contrary to expectation, NO х production is independent of the system pressure.Contrary to expectations, no such vanadium compounds were detected in the oxide coating.Contrary to what would be expected, the next larger step (t = 0.72) has a lesser effect upon the flow than was experienced for t = 0.61.Русско-английский научно-технический словарь переводчика > вопреки ожиданиям
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См. также в других словарях:
Erosion — The gradual redirection of funds from profitable segments or projects within a business to new projects and areas. Although managers almost always consider money flowing into new projects as investments in long term growth, the short term effect… … Investment dictionary
Erosion — is the carrying away or displacement of solids (sediment, soil, rock and other particles) usually by the agents of currents such as, wind, water, or ice by downward or down slope movement in response to gravity or by living organisms (in the case … Wikipedia
Erosion corrosion of copper water tubes — Erosion corrosion, also known as impingement damage, is the combined effect of corrosion and erosion caused by rapid flowing turbulent water. It is probably the second most common cause of copper tube failures behind Type 1 pitting which is also… … Wikipedia
Flow-accelerated corrosion — (FAC), also known as flow assisted corrosion, is a corrosion mechanism in which a normally protective oxide layer on a metal surface dissolves in a fast flowing water. The underlying metal corrodes to re create the oxide, and thus the metal loss… … Wikipedia
Erosion corrosion — is a degradation of material surface due to mechanical action, often by impinging liquid, abrasion by a slurry, particles suspended in fast flowing liquid or gas, bubbles or droplets, cavitation, etc. The mechanism can be described as follows: *… … Wikipedia
Erosion prediction — Soil erosion prediction models play an important role both in meeting practical needs of soil conservation goals and in advancing the scientific understanding of soil erosion processes. They are used to help land managers choose practices to… … Wikipedia
erosion — erosional, adj. /i roh zheuhn/, n. 1. the act or state of eroding; state of being eroded. 2. the process by which the surface of the earth is worn away by the action of water, glaciers, winds, waves, etc. [1535 45; < L erosion (s. of erosio). See … Universalium
Headward erosion — is a fluvial process of erosion that lengthens a stream, a valley or a gully at its head and also enlarges its drainage basin. The stream erodes away at the rock and soil at its headwaters in the opposite direction that it flows. Once a stream… … Wikipedia
Gene flow — In population genetics, gene flow (also known as gene migration) is the transfer of alleles of genes from one population to another.Migration into or out of a population may be responsible for a marked change in allele frequencies (the proportion … Wikipedia
Gravitational erosion — is caused by gravity in contrast to the physical movement of wind and water required for other types of soil erosion. Gravitational erosion involves both large scale mass wasting and smaller scale erosion. Forms of gravitational erosion include… … Wikipedia
Tateyama Sabō Erosion Control Works Service Train — The nihongo|Tateyama Sabō Erosion Control Works Service Train|立山砂防工事専用軌道|Tateyama Sabō Kōji Sen yō Kidō, commonly called nihongo|Tateyama Erosion Control Train|立山砂防軌道|Tateyama Sabō Kidō, is Japanese industrial railway line in Tateyama, Toyama. It … Wikipedia
