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41 limit
1) предел; граница; порог || устанавливать предел; ограничивать2) габарит3) допуск4) мн. ч. интервал значений•limit from the left — предел слева;limit from the right — предел справа;to exceed forward center of gravity limit — возд. превышать переднюю максимально допустимую центровку;to fall within clearance limits — вписываться в габарит;to pass to the limit — переходить к пределуlimit of drilling mud temperature stability — предельная (теоретическая) термостойкость бурового раствораlimit of "in" — предел втягивания ( руки робота)limit of "out" — предел выдвижения ( руки робота)limit of plasticity — предел пластичности, граница раскатывания ( глинистых грунтов)limit of proportionality — сопр. предел пропорциональностиlimit of superheat — предельный перегрев ( при вскипании жидкости)limit of "swing" — предел качания ( руки робота)-
age limit
-
allowable time limit
-
alternating bending stress fatigue limit
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audibility limit
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axleload limit
-
backfire limit
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bilateral limit
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breaking limit
-
burning limit
-
check-in time limit
-
clearance limit
-
combustion limit
-
condemning limit
-
confidence limit
-
constraint limit
-
conventional endurance limit
-
corrosion endurance limit
-
creep limit
-
cross-wind limit
-
damming limit
-
design limits
-
detection limit
-
dimension limit
-
discharge limits
-
elastic limit
-
endurance limit
-
estimated limit
-
expected destruction limit
-
explosive limits
-
exposure limit
-
extension limit
-
fatigue limit
-
fetch limit
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fiducial limit
-
fire limits
-
fixed stop limit
-
flame initiation limit
-
flashback limit
-
flyover noise limit
-
force power limit
-
glass-forming limit
-
grade limit
-
gradeability limit
-
high stop warning limit
-
high torque limit
-
highest torque limit
-
hydraulic valve operating limit
-
ice limit
-
ignition limit
-
improper limit
-
inflammability limit
-
interlocking limit
-
keeping limit
-
kinetic limit
-
lean limit
-
liquid limit
-
load limit
-
long-wavelength limit
-
long-wave limit
-
low stop limit
-
low torque warning limit
-
lower explosive limit
-
lower frequency limit
-
lower limit
-
lowest torque limit
-
machine overload limit
-
magnetic limit
-
maximum concentration limit
-
maximum permissible limit
-
measurement limits
-
negative deviation limit
-
neutron dose limit
-
noise exposure limit
-
normal operation limits
-
operating temperature limit
-
operation time limit
-
page limit
-
pedal travel limit
-
permissible limit
-
physical limits
-
plastic limit
-
positive deviation limit
-
power system stability limit
-
predetermined maximum limit
-
prescribed limit
-
preset limit
-
preset size limit
-
processing limits
-
programmable limit
-
proportional limit
-
rate limit
-
rated limit
-
reaction limit
-
rebuild limit
-
reject limit
-
release limit
-
resolution limit
-
response limit
-
restricting speed limit
-
robot's load limit
-
saturation limit
-
semiautomatically selected limit
-
service limit
-
Shannon limit
-
short-wavelength limit
-
short-wave limit
-
smoke limit
-
solubility limit
-
speed limit
-
station limit
-
steady-state stability limit
-
stress limit
-
switching limit
-
tensile yield limit
-
tension-and-compression fatigue limit
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thermal cracking limit
-
threshold concentration limit
-
tightening limit
-
time-current zone limits
-
tolerance limit
-
torque limit
-
torque power limit
-
torsional endurance limit
-
towing speed limit
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transient stability limit
-
travel limit
-
tripping limit
-
ultimate stress limit
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upper elevation limit
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upper frequency limit
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upper limit
-
voltage-temperature limits
-
warning limit
-
wear limit
-
yard limit -
42 drop
1) падение
2) захлопочный
3) капельный
4) капельчатый
5) капля
6) падать
7) сбавлять
8) сваливаться
9) штамповочный
10) блинкер
11) опускать
12) капать
13) появляться в виде капель
14) сбрасывать
15) снижение
16) накапать
17) спад
18) понижение
19) перепад
20) спадать
21) снижать
22) понижать
23) клапан
– arc drop
– calling drop
– double-stage drop
– drop a channel
– drop a perpendicular
– drop analysis
– drop annunciator
– drop bottom
– drop funnel
– drop gate
– drop hammer
– drop in slots
– drop indicator
– drop lip hook
– drop lubricator
– drop of amplification
– drop of floor
– drop of liquid
– drop of the charge
– drop press
– drop reaction
– drop roller
– drop saw
– drop shutter
– drop side
– drop speed
– drop stamping
– drop tank
– drop test
– drop valve
– drop weight
– drop wire
– hanging drop
– pulse drop
– reactance drop
– service drop
– telephone drop
– temperature drop
– voltage drop
– yield drop
liquid drop model — <phys.> модель капельная
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43 temperature
1. температураbottom hole circulating temperature — динамическая температура на забое, температура на забое при циркуляции жидкости
* * *
температура; степень нагрева
* * *
- actual oil temperature
- borehole temperature
- bottomhole temperature
- bottomhole circulating temperature
- chilling temperature
- circulating temperature of drilling mud stream
- crude oil temperature
- decomposition temperature
- downhole temperature
- flow line temperature
- flowing bottomhole temperature
- formation temperature
- gas temperature
- hardening temperature
- high temperature
- ignition temperature
- induration temperature
- inlet temperature
- liquefaction temperature
- lubricating oil chilling temperature
- lubricating oil congelation temperature
- melting temperature
- normal temperature
- oil temperature
- oil chilling temperature
- oil congelation temperature
- oil in-situ temperature
- original temperature
- original reservoir temperature
- pouring temperature
- pseudocritical temperature
- reservoir temperature
- reservoir oil temperature
- rock temperature
- saturation temperature
- separation temperature
- shut-in bottomhole temperature
- sintering temperature
- static temperature of drilling mud
- subsurface temperature
- surface oil temperature
- wellhead temperature
- wellhead annulus temperatureАнгло-русский словарь нефтегазовой промышленности > temperature
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44 discharge
<tech.gen> (bulk material, battery) ■ Entladen n< build> ■ Volumenabfluss m< convey> (e.g. in gallons per minute m3/hr) ■ Fördervolumen n ; Pumpendurchsatz m ; Volumenstrom m ; Förderstrom m ; Fördermenge f prakt< hydr> ■ Vorfluter m< phys> ■ Gasentladung fvt <tech.gen> (by draining; e.g. water from tank) ■ ablassen vt ; auslassen vt ugs.rarvt <tech.gen> ■ ablaufen lassen vtvt <el> ■ abwerfen vtvt <el> (battery, capacitor) ■ entladen vt -
45 discharging
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46 expand
vi/vt < edp> (storage capacity) ■ erweitern auf vt ; erweitern vi/vt ; aufrüsten auf vt ; aufrüsten vi/vtvt <tech.gen> (hollow, tubular objects; e.g. pipe, shoe) ■ aufweiten vt ; weiten vtvt < edp> (storage capacity, memory; e.g. from 64 MB to 256 MB RAM) ■ erweitern vt ; aufrüsten vt ; ausbauen vtvt <plast.prod> (e.g. polystyrene) ■ aufschäumen vt -
47 produce
1. prə'dju:s verb1) (to bring out: She produced a letter from her pocket.) frambringe, framvise2) (to give birth to: A cow produces one or two calves a year.) føde, frambringe3) (to cause: His joke produced a shriek of laughter from the children.) forårsake, avstedkomme4) (to make or manufacture: The factory produces furniture.) lage, produsere5) (to give or yield: The country produces enough food for the population.) avle, produsere6) (to arrange and prepare (a theatre performance, film, television programme etc): The play was produced by Henry Dobson.) iscenesette, oppføre, produsere2. 'prodju:s noun(something that is produced, especially crops, eggs, milk etc from farms: agricultural/farm produce.) landbruksvarer, ferskvarer- producer- product
- production
- productive
- productivitylage--------produsereIsubst. \/ˈprɒdjuːs\/1) produkter, produksjon (av jordbruk e.l.)2) avling, avkastning3) produksjon(smengde)IIverb \/prəˈdjuːs\/1) produsere, fremstille, tilvirke2) skape3) avle, frembringe4) gi, bære, yte5) avkaste, kaste av, gi avkastning, produsere6) forårsake, avstedkomme, bevirke, vekke, fremkalle7) ta frem\/opp, trekke frem\/opp, dra frem\/opp, plukke frem\/opp, få frem\/opp8) (frem)skaffe, prestere, finne frem9) legge eller vise frem, fremvise, fremlegge, foreviseproduce young ( om dyr) få unger -
48 torque
крутящий момент; вращающий момент; изгибающий момент- average output torqueto torque the bolts — заворачивать болты с контролем по крутящему моменту, заворачивать болты с контролем по предельному крутящему моменту
- average-applied torque
- back twisting torque
- braking torque
- breakage torque
- breakdown torque
- centrifugal torque
- controlling torque
- cutting torque
- damping torque
- design input member torque
- disengagement torque
- dissipative torque
- disturbance torque
- drag torque
- drive torque
- exciting torque
- friction torque
- full-load torque
- gravitational torque
- grinding torque
- hydraulic torque
- initial starting torque
- input torque
- interaction torque
- joint torque
- joint-driving torque
- limit torque
- load torque
- loading torque
- maximum motor torque
- motor's instantaneous output torque
- net torque
- no-load torque
- output torque
- peak torque
- pivoting torque
- pull-out torque
- pull-up torque
- rated torque
- rated-load torque
- reaction torque
- reactor torque
- restoring torque
- RMS torque
- rotational torque
- set torque
- slip torque
- starting torque
- test torque
- tightening torque
- tractive effort torque
- transverse force torque
- working torque
- yield torqueEnglish-Russian dictionary of mechanical engineering and automation > torque
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49 control
1) управление; регулирование || управлять; регулировать2) контроль || контролировать || контрольный3) устройство [орган] управления4) управление, управляющее воздействие5) управляющий элемент, элемент управления (см. OLE control, ActiveX control)•- accuracy control
- address boundary control
- advanced sacked job control
- analog stop control
- anticipatory control
- bang-bang control
- beam control
- bilateral control
- blanking control
- brightness control
- built-in control
- carriage control
- casual control
- channel control
- closed cycle control
- closed loop control
- communications control
- compensator control
- computed path control
- concurrency control
- concurrent-operations control
- congestion control
- contrast control
- coordinated control
- coprocessor control
- cursor control
- dash control
- data-initiated control
- data-path control
- deadbeat adaptive control
- defined limit control
- demand-limit control
- derivative control
- differential control
- digital control
- direct control
- direct digital control
- discontinuous control
- distributed control
- distribution control
- drive control
- dual-mode control
- dynamic control
- encoded control
- end-to-end-flow control
- exclusive control
- expert control
- extracode control
- feed control
- feedback control
- feedforward control
- fine control
- finger-tip control
- floating control
- flow control
- format control
- framing control
- frequency-shaped control
- front panel control
- graphic attention control
- graphic numerical control
- hierarchical control
- hop-by-hop flow control
- H-position control
- H-size control
- I/O control
- implemental plotter control
- independent control
- indirect control
- industrial process control
- industrial control
- inference control
- inferential control
- input/output control
- integral control
- integrated control
- intelligent control
- interacting control
- interactive control
- intermittent control
- interrupt control
- interrupt-driven control
- job flow control
- job-processing control
- keyboard control
- light pen control
- link control
- local control
- logical control
- loop control
- magnetic-tape control
- main control
- manual control
- master control
- memory control
- memory stored control
- microprogramming control
- model reference adaptive control
- model-following control
- modulo N control
- multicircuit control
- multilevel control
- multipath control
- multiple-loop control
- multiprogramming control
- multivariable control
- multivariate control
- noncorresponding control
- numerical control
- numeric control
- off-line control
- on-line control
- on-off control
- open-loop control
- operating control
- optimizing control
- orthotronic error control
- parameter adaptive control
- pass control
- path control
- pen control
- peripheral control
- plugged control
- point-to-point control
- position control
- power control
- priority control
- process control
- production control
- production yield control
- program control
- program execution control
- programmed control
- programmed numerical control
- proportional control
- proportional-plus-floating control
- protocol control
- pulse control
- push-button control
- ramp control
- rate control
- ratio control
- reaction control
- real-time control
- reflex-based control
- regulatory control
- remote control
- replica control
- resource-sharing control
- retarded control
- retort control
- ringing control
- robotics control
- rudimentary automatic control
- self-acting control
- self-operated control
- sensitivity control
- sensor-based control
- sensor control
- sequence control
- sequential control
- sequential stacked job control
- servo control
- servo-operated control
- shared control
- side pin control
- sight control
- sign control
- single-loop control
- slide control
- split-cycle control
- stacked job control
- stacker select control
- statistical control
- statistic control
- step control
- step-by-step control
- stepless control
- stock control
- supervisory control
- symbiont control
- syntactic control
- task control
- terminal control
- termination control
- time-variable control
- timing control
- traffic control
- transaction control
- tree-structured control
- tri-state control
- uncoordinated control
- up-down control
- upsetting control
- version control
- voice control
- V-position control
- V-size control
- widow and orphan controlEnglish-Russian dictionary of computer science and programming > control
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50 neutron
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51 plastic
пластическая масса; пластмасса; пластик; II пластический; пластичный; способный деформироваться; сделанный из пластмассы- plastic band - plastic barrel - plastic coating - plastic collapse - plastic construction - plastic contact - plastic container - plastic cover - plastic detector - plastic displacement - plastic divider - plastic drain - plastic dual in-line package - plastic encapsulation - plastic extension - plastic faced slide ways - plastic faced ways - plastic fan - plastic fatigue - plastic fatigue strength - plastic fiber - plastic film - plastic fitting - plastic flow - plastic foam - plastic foil - plastic form change - plastic fluidity - plastic forming - plastic fracture - plastic grating - plastic heat insulation - plastic hinge - plastic hose - plastic indentation - plastic injection mold - plastic injection molded part - plastic injection molding - plastic instability - plastic-insulated - plastic insulation - plastic laminate - plastic limit - plastic locking ring - plastic lubricant - plastic material - plastic metal - plastic metal working - plastic mix - plastic mixture - plastic molding - plastic moulding - plastic package - plastic package engineering - plastic packing - plastic paint - plastic pipe - plastic plug - plastic potential surface - plastic products - plastic pulley - plastic rails - plastic range - plastic recovery - plastic resistance - plastic restitution - plastic rupture - plastic shear deformation - plastic sheeting - plastic sheeting underlay - plastic shrinkage - plastic spacer - plastic strain - plastic strain amplitude - plastic strain concentration - plastic strain hardening - plastic strain range - plastic stress-strain relation - plastic substance - plastic tube - plastic viscosity - plastic washer - plastic wear face - plastic welding - plastic working - plastic yield point - acrylic plastic - black-reinforced plastic - carbamide plastic - carbon fiber reinforced plastic - carborundum plastic - chrome plastic - chrome-magnesium plastic - clear plastic - closed-cell foam plastic - elastic foam plastic - engineering plastic - fiberglass plastic - fiber-glass reinforced plastic - fiber reinforced plastic - gas-expanded plastic - insulation plastic - laminated plastic - microporous plastic - moulded plastics - open-cell foam plastic - photosensisitive plastic - reaction-injection-molded plastic - reinforced plastic - rigid foam plastic - RIM plastic - sheet-molding plastic - thermosetting plastic -
52 binary fission
1. физ. двойное деление2. биол. деление надвое -
53 explosive
1. n взрывчатое вещество2. n фон. взрывной согласный3. a взрывчатый; взрывной4. a разрывной5. a бурный, быстрый; подобный взрыву6. a вспыльчивый, несдержанный7. a горн. стреляющий8. a фон. взрывной; эксплозивный9. a спец. скачкообразный10. a тех. созданный управляемым взрывомСинонимический ряд:1. dangerous (adj.) dangerous; shaky; tense; touchy2. eruptive (adj.) eruptive; fulminating; volatile3. flammable (adj.) burnable; combustible; flammable; ignitable; incendiary; inflammable4. bomb (noun) bomb; dynamite; gunpowder; nitroglycerine; tntАнтонимический ряд:safe; stable -
54 ground
1. n земля, поверхность землиon firm ground — на суше, на твёрдой земле
2. n почва, земля, грунтcontaminated ground — радиоактивно заражённый грунт, радиоактивно заражённая местность
to open ground — подготавливать почву, начинать действовать
3. n дно моря4. n горн. подошва выработки5. n участок земли6. n сад, парк, участок земли вокруг дома7. n площадка; спортивная площадкаteeing ground — часть площадки, на которой находится метка
recreation ground — площадка для игр; спортплощадка
8. n полигон; аэродром; плацfiring ground — полигон, стрельбище
9. n территория10. n местность, область, район11. n высота12. n фон; грунт, грунтовка13. n офортный лак14. n жив. план15. n основание, причина, мотивthere are still grounds for hope — всё ещё можно надеяться;
on personal grounds — по личным мотивам, из личных соображений
on what ground? — на каком основании?, по какой причине?
16. n предмет, темаdebatable ground — спорная тема; предмет спора
common ground — вопрос, в котором спорящие стороны сходятся
delicate ground — щекотливая тема; щекотливый вопрос, щекотливая ситуация
17. n l18. n осадок, гуща, подонки19. n редк. остатки пищи20. n уст. фундамент21. n уст. основной принцип22. n уст. зачатки, основы23. n уст. основная, основополагающая часть24. n уст. охот. нора25. n уст. текст. основаon the ground of — на основании; на основе; по причине; исходя из соображения
26. n уст. муз. граунд, остинатный басbelow ground — умерший, скончавшийся; в земле, в могиле
to fall to the ground — рушиться; оказаться бесплодным
into the ground — до последней степени; перейдя все границы
27. a наземный28. a держащийся низко над землёйlow-lying ground — низкая местность, низина
29. a аэродромный30. v сесть на мельground bus — земляная шина; шина заземления
31. v посадить на мель32. v мор. заставить выброситься на берег или приткнуться к берегуcommon ground! — согласен!; я тоже так думаю!
33. v ав. приземляться34. v ав. заставить приземлиться35. v ав. препятствовать отрыву от землиthe planes were grounded by the fog, the fog grounded the planes — из-за тумана самолёты не могли подняться в воздух
36. v ав. класть, опускать на землюto ground arms — складывать оружие, сдаваться
37. v ав. опускаться на землю38. v ав. основывать, обосновывать39. v ав. обучать основам40. v ав. эл. заземлять41. v ав. спец. грунтовать42. v ав. мездрить43. v ав. стр. положить основаниеreasonable ground — достаточное, разумное основание
on the ground that — на том основании; что
on that ground … — на том основании, что …
44. v ав. отстранять от полётов; отчислять из лётного состава45. v ав. лишать водительских прав; не разрешать водить автомобиль46. v ав. отчислять из флота47. v ав. не разрешать вылет; не разрешать старт48. a молотый, толчёный, измельчённый49. a матовый, матированныйСинонимический ряд:1. base (noun) account; base; basement; basis; bed; bedrock; bottom; cause; factor; foot; footing; foundation; groundwork; hardpan; infrastructure; motivation; motive; premise; rest; root; seat; seating; substratum; substruction; substructure; underpinning; understructure2. land (noun) dirt; dry land; earth; land; loam; mold; mould; soil; terra firma3. reason (noun) argument; proof; reason; wherefore; why; whyfor4. base (verb) base; bottom; build; establish; fix; found; predicate; rest; root in; seat; set; settle; stay5. crunched (verb) crunched; gnashed6. fell (verb) bowl down; bowl over; bring down; cut down; deck; down; drop; fell; flatten; floor; knock down; knock over; lay low; level; mow down; prostrate; throw; throw down; tumble7. ground (verb) bone up; crammed; ground8. instruct (verb) educate; indoctrinate; instruct; train9. milled (verb) crushed; granulated; milled; powdered; pulverised10. slaved (verb) drudged; grubbed; plodded; slaved; slogged; toiledАнтонимический ряд:embellishment; heaven -
55 increase
1. n увеличение, возрастание, рост, умножение2. n прирост; прибавление3. v увеличивать, повышать, усиливать4. v увеличиваться, повышаться; возрастать, расти; усиливатьсяto increase in size — увеличиться в размере, расти
5. v размножатьсяСинонимический ряд:1. bonus (noun) bonus; gain; profit; yield2. development (noun) accretion; accumulation; amassment; build-up; development; increment; proliferation3. growth (noun) accession; addition; advance; augmentation; boost; breakthrough; elevation; enlargement; expansion; extension; growth; hike; jump; multiplication; raise; rise; supplement; upgrade; upswing; upturn; wax4. aggrandize (verb) accrue; add to; aggrandise; aggrandize; amplify; augment; beef up; build; build up; burgeon; compound; develop; enlarge; expand; extend; gain; greaten; grow; heighten; magnify; manifold; mount; multiply; plus; push; rise; run up; snowball; spiral; swell; upsurge; wax5. raise (verb) boost; elevate; escalate; hike; jack; jack up; jump; put up; raise; upАнтонимический ряд:decline; decrease; diminish; lessen; reduction -
56 Haber, Fritz
SUBJECT AREA: Chemical technology[br]b. 9 December 1868 Breslau, Germany (now Wroclaw, Poland)d. 29 January 1934 Basel, Switzerland[br]German chemist, inventor of the process for the synthesis of ammonia.[br]Haber's father was a manufacturer of dyestuffs, so he studied organic chemistry at Berlin and Heidelberg universities to equip him to enter his father's firm. But his interest turned to physical chemistry and remained there throughout his life. He became Assistant at the Technische Hochschule in Karlsruhe in 1894; his first work there was on pyrolysis and electrochemistry, and he published his Grundrisse der technischen Electrochemie in 1898. Haber became famous for thorough and illuminating theoretical studies in areas of growing practical importance. He rose through the academic ranks and was appointed a full professor in 1906. In 1912 he was also appointed Director of the Institute of Physical Chemistry and Electrochemistry at Dahlem, outside Berlin.Early in the twentieth century Haber invented a process for the synthesis of ammonia. The English chemist and physicist Sir William Crookes (1832–1919) had warned of the danger of mass hunger because the deposits of Chilean nitrate were becoming exhausted and nitrogenous fertilizers would not suffice for the world's growing population. A solution lay in the use of the nitrogen in the air, and the efforts of chemists centred on ways of converting it to usable nitrate. Haber was aware of contemporary work on the fixation of nitrogen by the cyanamide and arc processes, but in 1904 he turned to the study of ammonia formation from its elements, nitrogen and hydrogen. During 1907–9 Haber found that the yield of ammonia reached an industrially viable level if the reaction took place under a pressure of 150–200 atmospheres and a temperature of 600°C (1,112° F) in the presence of a suitable catalyst—first osmium, later uranium. He devised an apparatus in which a mixture of the gases was pumped through a converter, in which the ammonia formed was withdrawn while the unchanged gases were recirculated. By 1913, Haber's collaborator, Carl Bosch had succeeded in raising this laboratory process to the industrial scale. It was the first successful high-pressure industrial chemical process, and solved the nitrogen problem. The outbreak of the First World War directed the work of the institute in Dahlem to military purposes, and Haber was placed in charge of chemical warfare. In this capacity, he developed poisonous gases as well as the means of defence against them, such as gas masks. The synthetic-ammonia process was diverted to produce nitric acid for explosives. The great benefits and achievement of the Haber-Bosch process were recognized by the award in 1919 of the Nobel Prize in Chemistry, but on account of Haber's association with chemical warfare, British, French and American scientists denounced the award; this only added to the sense of bitterness he already felt at his country's defeat in the war. He concentrated on the theoretical studies for which he was renowned, in particular on pyrolysis and autoxidation, and both the Karlsruhe and the Dahlem laboratories became international centres for discussion and research in physical chemistry.With the Nazi takeover in 1933, Haber found that, as a Jew, he was relegated to second-class status. He did not see why he should appoint staff on account of their grandmothers instead of their ability, so he resigned his posts and went into exile. For some months he accepted hospitality in Cambridge, but he was on his way to a new post in what is now Israel when he died suddenly in Basel, Switzerland.[br]Bibliography1898, Grundrisse der technischen Electrochemie.1927, Aus Leben und Beruf.Further ReadingJ.E.Coates, 1939, "The Haber Memorial Lecture", Journal of the Chemical Society: 1,642–72.M.Goran, 1967, The Story of Fritz Haber, Norman, OK: University of Oklahoma Press (includes a complete list of Haber's works).LRD -
57 binary fission
The English-Russian dictionary general scientific > binary fission
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58 multiple fission
The English-Russian dictionary general scientific > multiple fission
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