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41 distribution
1) распределение; распространение; раздача2) стат. распределение (вероятностей), закон распределения3) размещение, расположение4) разводка (напр., кабельных соединений)5) разделение, классификация6) зоол. ареал (область обитания какого-л. организма на земной поверхности)7) мех. эпюра8) полигр. разбор ( шрифта)9) растир, раскат ( краски)•distribution on a sphere —распределение на сфере
distribution truncated at both ends — распределение, усечённое с обеих сторон
distribution truncated at one end — распределение, усечённое с одной стороны
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42 measure
1. n мера, система измеренийsquare measure — квадратная мера, мера площади
linear measure — линейная мера, мера длины
2. n единица измерения, мераan inch is a measure of length — дюйм — это мера длины
a quart measure — кварта, сосуд ёмкостью в одну кварту
3. n масштаб, мерило, критерий4. n мерка; размерmade to measure — сшитый по мерке, сделанный на заказ
measure out — отмерять; выдавать по мерке; распределять
5. n степень; предел; мераit is a measure of the success of his book that … — об успехе его книги можно судить по тому, что …, успех его книги измеряется тем, что …
in some measure — в какой-то мере, до известной степени, до некоторой степени, отчасти
in a great measure — в значительной степени; очень, изрядно, чрезвычайно
beyond measure — чрезмерно, чрезвычайно
to know no measure — не знать меры ; потерять чувство меры
her joy was beyond measure — её радость была беспредельна, её радость не знала границ
within measure — умеренно, в пределах дозволенного
6. n мероприятие; мераshort measure — неполная мера, недомер
7. n юр. закон8. n мат. делитель9. n стих. метр, размер, стопа10. n муз. такт; размер11. n обыкн. пласты определённой геологической формации; свитаcoal measures — каменноугольные формат строки; ширина столбца
12. n уст. танец13. v измерять, мерить14. v отмерять; отсчитывать; выдавать по мерке; распределять15. v снимать мерку16. v оценивать; определять17. v иметь размер18. v сравнивать; помериться19. v выдерживать сравнение20. v соразмерять; приводить в соответствие; приспосабливатьmeasure your speech by your listeners — постройте своё выступление в соответствии с уровнем аудитории
21. v поэт. покрывать22. v поэт. определять границы; разграничиватьСинонимический ряд:1. act (noun) act; bill; proposal; proposition2. action (noun) action; maneuver; manoeuvre; move; procedure; proceeding; step; tactic3. dimension (noun) admeasurement; amplitude; capacity; dimension; dimensionality; dimensions; extent; frequency; magnitude; mass; proportion; size; volume4. law (noun) enactment; law; legislation; statute5. melody (noun) air; descant; diapason; lay; melisma; melodia; melody; strain; tune; warble6. ration (noun) allocation; allotment; allowance; amount; apportionment; lot; meed; part; portion; quantity; quantum; quota; ration; share7. rhythm (noun) beat; cadence; cadency; metre; rhyme; rhythm; rhythmus; swing8. standard (noun) benchmark; criterion; example; gauge; mark; meter; pattern; rule; scale; standard; test; touchstone; yardstick9. temperance (noun) moderateness; moderation; temperance10. appraise (verb) appraise; assess; evaluate; survey; value11. demarcate (verb) bound; delimit; delimitate; demarcate; determine; limit; mark out12. gauge (verb) calibrate; gauge; grade; rank; rule; scale; standard; weigh -
43 data
1. данные; информация; сведенияacceleration dataaccelerometer dataacoustic dataaerodynamic dataair dataaircraft dataairflow dataairfoil dataangle-of-attack dataauto-flap flight databalance datacoefficient datacomputer datacontrol datacontrol surface datacost datacost effectiveness datacrack datacrash datacruise datadamping datadownlink datadrag datadynamic dataengine datafatigue dataflight dataflight measured dataflight-extracted dataflight progress dataflutter datafour-bladed datafractographic datafracture datafree-to-roll datafrequency response datafull-scale datahandling qualities datahard datahigh-stress dataicing dataimpact datainertia datainfra-red datainput datajet dataJTIDS datakinetheodolite dataknowledge datalateral datalateral-directional dataleading-edge flap-only datalessons-learned datalevel recording dataload datalongitudinal datamaintenance datamaneuver datamaneuvering datamass/inertia datamean-flow datamission-related datamodal test datamodel datamodel-scale datamoment of inertia dataoil flow dataopen-loop dataoscillatory dataperformance datapilot rating dataposition datapositioning datapower required datapower-off datapressure dataradar dataradiometric dataramp dataraw dataresponse datarotary-balance datarouting datasensor datasideslip datasimulated datasoft dataspeed-power datastability datastatic wind tunnel datasteady-state datastep response datastick datastructural datasubcritical datatask dataTCAS datatelemetered datatelemetry datatemperature dataterrain datatest datathrust datatouchdown datatrajectory datatrimmed datatunnel dataundeflected flap datavibration datavisualization datavortex dataweather dataweight and balance datawind datawind-tunnel datawing rock datayaw data -
44 dynamics
динамика; динамические характеристикиacceleration to stick force dynamicsactuator dynamicsaircraft dynamicsaircraft-surface dynamicsaircraft/FCS dynamicsairfoil dynamicsairframe dynamicsaltitude dynamicsanalytical dynamicsattitude dynamicsaugmented dynamicsautopilot/actuator dynamicsblade dynamicsbody dynamicsclosed-loop dynamicscommand dynamicscompensator dynamicscomputational fluid dynamicscontinuum dynamicscontrol law dynamicscontrolled element dynamicscoupled dynamicscoupled flap-lag-torsional dynamicscrash dynamicsdisplay dynamicsenergy dynamicsengine dynamicsequation dynamicserror dynamicsfast dynamicsfeed forward dynamicsfeedback dynamicsfeel system dynamicsflap dynamicsflapping dynamicsflexural-flexural-torsional dynamicsflight dynamicsflight measured dynamicsflight path dynamicsflight path angle dynamicsflow dynamicsforced dynamicsfree dynamicsgame dynamicsgas dynamicsheave dynamicshelicopter dynamicshigh-alpha dynamicshigh-angle-of-attack dynamicshigh-frequency dynamicshigh-order dynamicshovering dynamicshuman dynamicshuman operator dynamicsimpact dynamicsin-plane dynamicsinflow dynamicsinteraction dynamicsinverse dynamicslag dynamicslanding dynamicslateral dynamicslateral-directional dynamicslead-lag dynamicslead-lag mode dynamicslimb/manipulator dynamicslinear regulator dynamicslongitudinal dynamicsmaneuver dynamicsmodel dynamicsmotor dynamicsmultibody dynamicsneglected dynamicsneuromuscular dynamicsneuromuscular system dynamicsopen-loop dynamicsphugoid dynamicspilot dynamicspilot-vehicle dynamicspitch dynamicspitch loop dynamicspitch to stick force dynamicspitch axis dynamicsplant dynamicsposition dynamicsproprotor dynamicsrarefied-gas dynamicsresponse dynamicsresponse disturbance dynamicsrigid dynamicsrigid body dynamicsroll attitude dynamicsroll-yaw dynamicsrotational dynamicsrotor dynamicsrotor system dynamicsrotor-fuselage dynamicsrotor-pylon dynamicsrotorcraft dynamicssensor dynamicsshort period dynamicsshort-period-like dynamicsshort-term dynamicssimulator calculated dynamicsslow dynamicsspeed dynamicsspin dynamicsstall dynamicsstate dynamicsstick dynamicsstructural dynamicstorsional dynamicstracking dynamicsunmodeled dynamicsvehicle dynamicsvertical dynamicsvestibular dynamicsvibration dynamicsvortex dynamicswake dynamicswing rock dynamics -
45 ток
current
движение элеронов по проводнику. измеряется в амперах и обозначается буквой i. — the movement of electrons through а conductor. measured in amperes,and ist symbol is i.
- (нагрузка) — load
- автостабилизации — autostabilization current
-, большой — high current
-, вихревой — eddy current(s)
also called foucault currents, inducted in body.
- включения (реле) — (relay) pickup current
- выключения (реле) — (relay) dropout /tripping/ current
- высокого напряжения (в оборудовании) — high-voltage current
- высокого напряжения (в системе зажигания) — high-tension (нт) current
- высокой частоты — high-frequency (hf) current
- датчиха момента акселерометра — torque current. a torque current being а measure of the restoring torque.
-, двухфазный — two-phase current
-, зарядный (аккумулятора) — (battery) charge current
monitor dc ammeter for normal charge current on battery.
-, малый (слабый) — low current
- нагрузки — load current
- нагрузки (разрядки) аккумулятора, элемента — (battery) drain. current supplied by a battery or cell.
-, обратный — reverse current
-, отпускания (реле) — dropout current
- отрыва (реле,прерывателя) — dropout current
-, переменный — alternating current (ас), (ac)
электрический ток, периодически изменяющийся по силе и направлению, т.е. достигающий макс. значения в одном направлении, затем падающий до нуля, и снова достигающий макс. значения, но в противоположном направлении. — а flow of electricity which reaches maximum in one direetion, decreases to zero, then reverses itself and reaches maximum in the opposite direction. the cycle is repeated continuously.
-, постоянный — direct current (do),(dc)
эл. ток, не изменяющийся ни по силе, ни по направлению. — an essentially constant-value current that flows in only one direction.
-, потребляемый — current drawn /consumed/
-, потребляемый (параметр в технических данных, таблице) — current, current requirements
-, потребляемый к-л. нагрузкой — current drawn /consumed, taken/ by а load
- потребляемый от источника питания — current drawn (consumed, taken from power source, power source drain
-, пусковой — starting current
-, рабочий — operating current
-, разрядный (акк.) — discharge current, drain
- расходуемый источником питания — power source drain
-, световой — light-inducted current
ток, возникающий в датчике под воздействием светового потока.
- срабатывания реле — relay operating current
- срабатывания реле (в отличие от тока отпускания) — relay pickup current
-, трехфазный — three-phase current
ток, поступающий по трем проводникам, каждый являющийся обратным проводом для двух других. — а current delivered through three wires - each wire serving as the return for the other two.
-, трогания — pickup current
ток, вызывающий срабатывание электромагнитных устройств. — the current at which a magnetically-operated device starts to operate.
- удержания (реле) — holding current
sufficient current in the relay winding to keep the relay energized.
- утечки — leakage current
-, электрический — electric current
магнитные поля, создаваемые электротоком. агрегат переменного (постаянного) тока (напр., генератор) — magnetic fields created by electric currents. ас (dc) unit, ас (dc) generator
измеритель тока (нагрузки) — loadmeter
под т. — energized
не отсоединять проводки, если цепь находится под током (напряжением) — do not disconnect wiring when the system is energized.
под током (напряжением) — alive
генератор под током, напряжением. — generator is alive.
включать т. — switch on current
при включении тока автостабилизации, якорь соленоида вызывает срабатывание клапана. — а solenoid, when the autostabilization current is switched on, pushes the central armature against a valve.
держать под т. — energize, keep energized
do not energize the solenoid for more than 10 sec.
работать на переменном (постоянном) т. — be ас (dc) powered
работать на переменном т. частотой... гц и напряжением...вольт — operate at а supply of... hz,... volts ас, be powered by... hz, volt ас
работать на постоянном т. напряжением... вольт — operate at а supply of... volts dc, be powered by... volt dcРусско-английский сборник авиационно-технических терминов > ток
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46 Appleton, Sir Edward Victor
[br]b. 6 September 1892 Bradford, Englandd. 21 April 1965 Edinburgh, Scotland[br]English physicist awarded the Nobel Prize for Physics for his discovery of the ionospheric layer, named after him, which is an efficient reflector of short radio waves, thereby making possible long-distance radio communication.[br]After early ambitions to become a professional cricketer, Appleton went to St John's College, Cambridge, where he studied under J.J.Thompson and Ernest Rutherford. His academic career interrupted by the First World War, he served as a captain in the Royal Engineers, carrying out investigations into the propagation and fading of radio signals. After the war he joined the Cavendish Laboratory, Cambridge, as a demonstrator in 1920, and in 1924 he moved to King's College, London, as Wheatstone Professor of Physics.In the following decade he contributed to developments in valve oscillators (in particular, the "squegging" oscillator, which formed the basis of the first hard-valve time-base) and gained international recognition for research into electromagnetic-wave propagation. His most important contribution was to confirm the existence of a conducting ionospheric layer in the upper atmosphere capable of reflecting radio waves, which had been predicted almost simultaneously by Heaviside and Kennelly in 1902. This he did by persuading the BBC in 1924 to vary the frequency of their Bournemouth transmitter, and he then measured the signal received at Cambridge. By comparing the direct and reflected rays and the daily variation he was able to deduce that the Kennelly- Heaviside (the so-called E-layer) was at a height of about 60 miles (97 km) above the earth and that there was a further layer (the Appleton or F-layer) at about 150 miles (240 km), the latter being an efficient reflector of the shorter radio waves that penetrated the lower layers. During the period 1927–32 and aided by Hartree, he established a magneto-ionic theory to explain the existence of the ionosphere. He was instrumental in obtaining agreement for international co-operation for ionospheric and other measurements in the form of the Second Polar Year (1932–3) and, much later, the International Geophysical Year (1957–8). For all this work, which made it possible to forecast the optimum frequencies for long-distance short-wave communication as a function of the location of transmitter and receiver and of the time of day and year, in 1947 he was awarded the Nobel Prize for Physics.He returned to Cambridge as Jacksonian Professor of Natural Philosophy in 1939, and with M.F. Barnett he investigated the possible use of radio waves for radio-location of aircraft. In 1939 he became Secretary of the Government Department of Scientific and Industrial Research, a post he held for ten years. During the Second World War he contributed to the development of both radar and the atomic bomb, and subsequently served on government committees concerned with the use of atomic energy (which led to the establishment of Harwell) and with scientific staff.[br]Principal Honours and DistinctionsKnighted (KCB 1941, GBE 1946). Nobel Prize for Physics 1947. FRS 1927. Vice- President, American Institute of Electrical Engineers 1932. Royal Society Hughes Medal 1933. Institute of Electrical Engineers Faraday Medal 1946. Vice-Chancellor, Edinburgh University 1947. Institution of Civil Engineers Ewing Medal 1949. Royal Medallist 1950. Institute of Electrical and Electronics Engineers Medal of Honour 1962. President, British Association 1953. President, Radio Industry Council 1955–7. Légion d'honneur. LLD University of St Andrews 1947.Bibliography1925, joint paper with Barnett, Nature 115:333 (reports Appleton's studies of the ionosphere).1928, "Some notes of wireless methods of investigating the electrical structure of the upper atmosphere", Proceedings of the Physical Society 41(Part III):43. 1932, Thermionic Vacuum Tubes and Their Applications (his work on valves).1947, "The investigation and forecasting of ionospheric conditions", Journal of theInstitution of Electrical Engineers 94, Part IIIA: 186 (a review of British work on the exploration of the ionosphere).with J.F.Herd \& R.A.Watson-Watt, British patent no. 235,254 (squegging oscillator).Further ReadingWho Was Who, 1961–70 1972, VI, London: A. \& C.Black (for fuller details of honours). R.Clark, 1971, Sir Edward Appleton, Pergamon (biography).J.Jewkes, D.Sawers \& R.Stillerman, 1958, The Sources of Invention.KFBiographical history of technology > Appleton, Sir Edward Victor
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47 υἱός
υἱός, οῦ, ὁ (Hom.+; loanw. in rabb.) prim. ‘son’① a male who is in a kinship relationship either biologically or by legal action, son, offspring, descendantⓐ the direct male issue of a person, son τέξεται υἱόν Mt 1:21; GJs 14:2 (cp. Mel., P. 8, 53 ὡς γὰρ υἱὸς τεχθείς). Cp. Mt 1:23 (Is 7:14) and 25; 10:37 (w. θυγάτηρ); Mk 12:6a; Lk 1:13, 31, 57; 11:11; 15:11 (on this JEngel, Die Parabel v. Verlorenen Sohn: ThGl 18, 1926, 54–64; MFrost, The Prodigal Son: Exp. 9th ser., 2, 1924, 56–60; EBuonaiuti, Religio 11, ’35, 398–402); Ac 7:29; Ro 9:9 (cp. Gen 18:10); Gal 4:22 al. W. gen. Mt 7:9; 20:20f; 21:37ab; Mk 6:3; 9:17; Lk 3:2; 4:22; 15:19; J 9:19f; Ac 13:21; 16:1; 23:16; Gal 4:30abc (Gen 21:10abc); Js 2:21; AcPlCor 2:29. Also ἐγὼ Φαρισαῖός εἰμι υἱὸς Φαρισαίων Ac 23:6 is prob. a ref. to direct descent. μονογενὴς υἱός (s. μονογενής 1) Lk 7:12. ὁ υἱὸς ὁ πρωτότοκος (πρωτότοκος 1) 2:7.ⓑ the immediate male offspring of an animal (Ps 28:1 υἱοὺς κριῶν; Sir 38:25. So Lat. filius: Columella 6, 37, 4) in our lit. only as foal ἐπὶ πῶλον υἱὸν ὑποζυγίου Mt 21:5 (cp. Zech 9:9 πῶλον νέον).ⓒ human offspring in an extended line of descent, descendant, son Ἰωσὴφ υἱὸς Δαυίδ Mt 1:20 (cp. Jos., Ant. 11, 73); s. 2dα below. υἱοὶ Ἰσραήλ (Ἰσραήλ 1) Mt 27:9; Lk 1:16; Ac 5:21; 7:23, 37; 9:15; 10:36; Ro 9:27; 2 Cor 3:7, 13; Hb 11:22 al.; AcPlCor 2:32. οἱ υἱοὶ Λευί (Num 26:57) Hb 7:5. υἱὸς Ἀβραάμ Lk 19:9. υἱοὶ Ἀδάμ 1 Cl 29:2 (Dt 32:8). υἱοι Ῥουβήλ GJs 6:3.ⓓ one who is accepted or legally adopted as a son (Herodian 5, 7, 1; 4; 5; Jos, Ant. 2, 263; 20, 150) Ac 7:21 (cp. Ex 2:10).—J 19:26.② a pers. related or closely associated as if by ties of sonship, son, transf. sense of 1ⓐ of a pupil, follower, or one who is otherw. a spiritual son (SIG 1169, 12 οἱ υἱοὶ τοῦ θεοῦ=the pupils and helpers [40] of Asclepius; sim. Maximus Tyr. 4, 2c; Just., D. 86, 6 οἱ υἱοὶ τῶν προφητῶν.—Some combination w. παῖδες is the favorite designation for those who are heirs of guild-secrets or who are to perpetuate a skill of some kind: Pla., Rep. 3, 407e, Leg. 6, 769b; Dionys. Hal., Comp. Verbi 22 p. 102, 4 Us./Rdm. ῥητόρων παῖδες; Lucian, Anach. 19, Dial. Mort. 11, 1 Χαλδαίων π.=dream-interpreters, Dips. 5 ἱατρῶν π., Amor. 49; Himerius, Or. 48 [=Or. 14], 13 σοφῶν π.): the ‘sons’ of the Pharisees Mt 12:27; Lk 11:19. Peter says Μᾶρκος ὁ υἱός μου 1 Pt 5:13 (perh. w. a component of endearment; s. Μᾶρκος). As a familiar form of address by a cherished mentor Hb 12:5 (Pr 3:11; ParJer 5:28; 7:24). υἱοὶ καὶ θυγατέρες B 1:1.ⓑ of the individual members of a large and coherent group (cp. the υἷες Ἀχαιῶν in Homer; also PsSol 2:3 οἱ υἱοὶ Ἰερουσαλήμ; Dio Chrys. 71 [21], 15; LXX) οἱ υἱοὶ τοῦ λαοῦ μου 1 Cl 8:3 (scripture quot. of unknown origin). υἱοὶ γένους Ἀβραάμ Ac 13:26. οἱ υἱοὶ τῶν ἀνθρώπων (Gen 11:5; Ps 11:2, 9; 44:3; TestLevi 3:10; TestZeb 9:7; GrBar 2:4) the sons of men=humans (cp. dγ below) Mk 3:28; Eph 3:5; 1 Cl 61:2 (of the earthly rulers in contrast to the heavenly king).ⓒ of one whose identity is defined in terms of a relationship with a person or thingα. of those who are bound to a personality by close, non-material ties; it is this personality that has promoted the relationship and given it its character: son(s) of: those who believe are υἱοὶ Ἀβραάμ, because Abr. was the first whose relationship to God was based on faith Gal 3:7. In a special sense the devout, believers, are sons of God, i.e., in the light of the social context, people of special status and privilege (cp. PsSol 17:27; Just., D, 124, 1; Dio Chrys. 58 [75], 8 ὁ τοῦ Διὸς ὄντως υἱός; Epict. 1, 9, 6; 1, 3, 2; 1, 19, 9; Sextus 58; 60; 135; 376a; Dt 14:1; Ps 28:1; 72:15; Is 43:6 [w. θυγατέρες μου]; 45:11; Wsd 2:18; 5:5; 12:21 al.; Jdth 9:4, 13; Esth 8:12q; 3 Macc 6:28; SibOr 3, 702) Mt 5:45; Lk 6:35; Ro 8:14, 19 (‘Redeemer figures’ EFuchs, Die Freiheit des Glaubens, ’49, 108; against him EHommel in ThViat 4, ’52, 118, n. 26); 9:26 (Hos 2:1); 2 Cor 6:18 (w. θυγατέρες, s. Is 43:6 cited above); Gal 3:26 (cp. PsSol 17:27); 4:6a, 7ab (here the υἱός is the κληρονόμος and his opposite is the δοῦλος); Hb 2:10 (JKögel, Der Sohn u. die Söhne: Eine exeget. Studie zu Hb 2:5–18, 1904); 12:5–8 (in vs. 8 opp. νόθος, q.v.); Rv 21:7; 2 Cl 1:4; B 4:9. Corresp. there are sons of the devil (on this subj. cp. Hdb. on J 8:44) υἱὲ διαβόλου Ac 13:10. οἱ υἱοὶ τοῦ πονηροῦ (masc.) Mt 13:38b. τοῦ υἱοῦ τοῦ ἐν Ἅιδου ApcPt Rainer. In υἱοί ἐστε τῶν φονευσάντων τοὺς προφήτας Mt 23:31 this mng. is prob. to be combined w. sense 1c. The expr. υἱοὶ θεοῦ Mt 5:9 looks to the future (s. Betz, SM ad loc.; cp. KKöhler, StKr 91, 1918, 189f). Lk 20:36a signifies a status akin to that of angels (Ps 88:7; θεῶν παῖδες as heavenly beings: Maximus Tyr. 11, 5a; 12a; 13, 6a.—Hierocles 3, 424 the ἄγγελοι are called θεῶν παῖδες; HWindisch, Friedensbringer-Gottessöhne: ZNW 24, 1925, 240–60, discounts connection w. angels and contends for the elevation of the ordinary followers of Jesus to the status of Alexander the Great in his role as an εἰρηνηποιός [cp. Plut., Mor. 329c]; for measured critique of this view s. Betz, SM 137–42.).β. υἱός w. gen. of thing, to denote one who shares in it or who is worthy of it, or who stands in some other close relation to it, oft. made clear by the context; this constr. is prob. a Hebraism in the main, but would not appear barbaric (B-D-F §162, 6; Mlt-H. 441; Dssm., B p. 162–66 [BS 161–66]; PASA II 1884, no. 2 υἱὸς πόλεως [time of Nero; on this type of formulation SEG XXXIX, 1864]; IMagnMai 167, 5; 156, 12) οἱ υἱοὶ τοῦ αἰῶνος τούτου (αἰών 2a) Lk 16:8a (opp. οἱ υἱοί τοῦ φωτός vs. 8b); 20:34. τῆς ἀναστάσεως υἱοί (to Mediterranean publics the functional equivalent of ἀθάνατοι ‘immortals’; cp. ἀνάστασις 2b) 20:36b. υἱοὶ τῆς ἀνομίας (ἀνομία 1; cp. CD 6:15) Hv 3, 6, 1; ApcPt 1:3; τῆς ἀπειθείας (s. ἀπείθεια) Eph 2:2; 5:6; Col 3:6; τῆς ἀπωλείας ApcPt 1:2. ὁ υἱὸς τῆς ἀπωλείας of Judas the informer J 17:12 (cp. similar expressions in Eur., Hec. 425; Menand., Dyscolus 88f: s. FDanker, NTS 7, ’60/61, 94), of the end-time adversary 2 Th 2:3. υἱοὶ τῆς βασιλείας (βασιλεία 1bη; s. SEG XXXIX, 1864 for related expressions) Mt 8:12; 13:38a. υἱοὶ βροντῆς Mk 3:17 (s. Βοανηργές). υἱὸς γεέννης (s. γέεννα) Mt 23:15; τ. διαθήκης (PsSol 17:15) Ac 3:25; εἰρήνης Lk 10:6. υἱοὶ τοῦ νυμφῶνος (s. νυμφών) Mt 9:15; Mk 2:19; Lk 5:34. υἱὸς παρακλήσεως Ac 4:36 (s. Βαρναβᾶς). υἱοὶ (τοῦ) φωτός (Hippol., Ref. 6, 47, 4 in gnostic speculation) Lk 16:8b (opp. υἱοὶ τοῦ αἰῶνος τούτου); J 12:36. υἱοὶ φωτός ἐστε καὶ υἱοὶ ἡμέρας 1 Th 5:5 (EBuonaiuti, ‘Figli del giorno e della luce’ [1 Th 5:5]: Rivista storico-critica delle Scienze teol. 6, 1910, 89–93).ⓓ in various combinations as a designation of the Messiah and a self-designation of Jesusα. υἱὸς Δαυίδ son of David of the Messiah (PsSol 17:21) Mt 22:42–45; Mk 12:35–37; Lk 20:41–44; B 12:10c. Specif. of Jesus as Messiah Mt 1:1a; 9:27; 12:23; 15:22; 20:30f; 21:9, 15; Mk 10:47f; Lk 18:38f.—WWrede, Jesus als Davidssohn: Vorträge u. Studien 1907, 147–77; WBousset, Kyrios Christos2 1921, 4, Rel.3 226f; ELohmeyer, Gottesknecht u. Davidssohn ’45, esp. 68; 72; 77; 84; TNicklin, Gospel Gleanings ’50, 251–56; WMichaelis, Die Davidsohnschaft Jesu usw., in D. histor. Jesus u. d. kerygm. Christus, ed. Ristow and Matthiae, ’61, 317–30; LFisher, ECColwell Festschr. ’68, 82–97.β. ὁ υἱὸς τοῦ θεοῦ, υἱὸς θεοῦ (the) Son of God (for the phrase s. JosAs 6:2 al. Ἰωσὴφ ὁ υἱὸς τοῦ θεοῦ; there is no undisputed evidence of usage as messianic title in pre-Christian Judaism [s. Dalman, Worte 219–24, Eng. tr. 268–89; Bousset, Kyrios Christos2 53f; EHuntress, ‘Son of God’ in Jewish Writings Prior to the Christian Era: JBL 54, ’35, 117–23]; cp. 4Q 246 col. 2, 1 [JFitzmyer, A Wandering Aramean ’79, 90–93; JCollins, BRev IX/3, ’93, 34–38, 57]. Among polytheists on the other hand, sons of the gods in a special sense [s. Just., A I, 21, 1f] are not only known to myth and legend, but definite historical personalities are also designated as such. Among them are famous wise men such as Pythagoras and Plato [HUsener, Das Weihnachtsfest2 1911, 71ff], and deified rulers, above all the Roman emperors since the time of Augustus [oft. in ins and pap: Dssm., B 166f=BS 166f, LO 294f=LAE 346f; Thieme 33]. According to Memnon [I B.C./ I A.D.]: 434 Fgm. 1, 1, 1 Jac., Clearchus [IV B.C.] carried his boasting so far as Διὸς υἱὸν ἑαυτὸν ἀνειπεῖν. Also, persons who were active at that time as prophets and wonder-workers laid claim to the title υἱὸς τοῦ θεοῦ, e.g. the Samaritan Dositheus in Origen, C. Cels. 6, 11; sim. an Indian wise man who calls himself Διὸς υἱός Arrian, Anab. 7, 2, 3; cp. Did., Gen. 213, 18 ὁ Ἀβρὰμ υἱὸς θεοῦ διὰ δικαιοσύνην. S. GWetter, ‘Der Sohn Gottes’ 1916; Hdb. exc. on J 1:34; s. also Clemen2 76ff; ENorden, Die Geburt des Kindes 1924, 75; 91f; 132; 156f; EKlostermann, Hdb. exc. on Mk 1:11 [4th ed. ’50]; M-JLagrange, Les origines du dogme paulinien de la divinité de Christ: RB 45, ’36, 5–33; HPreisker, Ntl. Zeitgesch. ’37, 187–208; HBraun, ZTK 54, ’57, 353–64; ANock, ‘Son of God’ in Paul. and Hellen. Thought: Gnomon 33, ’61, 581–90 [=Essays on Religion and the Anc. World II, ’72, 928–39]—originality in Paul’s thought): Ps 2:7 is applied to Jesus υἱός μου εἶ σύ, ἐγὼ σήμερον γεγέννηκά σε Lk 3:22 D; GEb 18, 37.—Ac 13:33; Hb 1:5a; 5:5; 1 Cl 36:4. Likew. Hos 11:1 (w. significant changes): Mt 2:15, and 2 Km 7:14: Hb 1:5b. The voice of God calls him ὁ υἱός μου ὁ ἀγαπητός (s. ἀγαπητός 1) at his baptism Mt 3:17; Mk 1:11; Lk 3:22; GEb 18, 37 and 39 and at the Transfiguration Mt 17:5; Mk 9:7; Lk 9:35 (here ἐκλελεγμένος instead of ἀγαπ.); 2 Pt 1:17. Cp. J 1:34. The angel at the Annunciation uses these expressions in referring to him: υἱὸς ὑψίστου Lk 1:32; GJs 11:3 and υἱὸς θεοῦ Lk 1:35 (Ar. 15, 1 ὁ υἱὸς τοῦ θεοῦ τοῦ ὑψίστου. Cp. Just., A I, 23, 2 μόνος ἰδίως υἱὸς τῷ θεῷ γεγέννηται). The centurion refers to him at the crucifixion as υἱὸς θεοῦ Mt 27:54; Mk 15:39; GPt 11:45; cp. vs. 46 (CMann, ET 20, 1909, 563f; JPobee, The Cry of the Centurion, A Cry of Defeat: CFDMoule Festschr. ’70, 91–102; EJohnson, JSNT 31, ’87, 3–22 [an indefinite affirmation of Jesus]). The high priest asks εἰ σὺ εἶ ὁ Χριστὸς ὁ υἱὸς τοῦ θεοῦ Mt 26:63 (DCatchpole, NTS 17, ’71, 213–26). Passers-by ask him to show that he is God’s Son 27:40; sim. the devil 4:3, 6; Lk 4:3, 9. On the other hand, evil spirits address him as the Son of God Mt 8:29; Mk 3:11; 5:7; Lk 4:41; 8:28; and disciples testify that he is Mt 14:33; 16:16. S. also Mk 1:1 (s. SLegg, Ev. Sec. Marc. ’35).—Jesus also refers to himself as Son of God, though rarely apart fr. the Fourth Gosp.: Mt 28:19 (the Risen Lord in the trinitarian baptismal formula); Mt 21:37f=Mk 12:6 (an allusion in the parable of the vinedressers).—Mt 27:43; Mk 13:32; Rv 2:18. The main pass. is the so-called Johannine verse in the synoptics Mt 11:27=Lk 10:22 (s. PSchmiedel, PM 4, 1900,1–22; FBurkitt, JTS 12, 1911, 296f; HSchumacher, Die Selbstoffenbarung Jesu bei Mt 11:27 [Lk 10:22] 1912 [lit.]; Norden, Agn. Th. 277–308; JWeiss, Heinrici Festschr. 1914, 120–29, Urchristentum 1917, 87ff; Bousset, Kyrios Christos2 1921, 45ff; EMeyer I 280ff; RBultmann, Gesch. d. synopt. Trad.2 ’31, 171f; MDibelius, Die Formgeschichte des Evangeliums2 ’33, 259; MRist, Is Mt 11:25–30 a Primitive Baptismal Hymn? JR 15, ’35, 63–77; TArvedson, D. Mysterium Christi: E. Studie zu Mt 11:25–30, ’37; WDavies, ‘Knowledge’ in the Dead Sea Scrolls and Mt 11:25–30, HTR 45, ’53, 113–39; WGrundmann, Sohn Gottes, ZNW 47, ’56, 113–33; JBieneck, Sohn Gottes als Christusbez. der Synopt. ’51; PWinter, Mt 11:27 and Lk 10:22: NovT 1, ’56, 112–48; JJocz, Judaica 13, ’57, 129–42; OMichel/OBetz, Von Gott Gezeugt, Beih. ZNW [Jeremias Festschr.] 26, ’60, 3–23 [Qumran]).—Apart fr. the synoptics, testimony to Jesus as the Son of God is found in many parts of our lit. Oft. in Paul: Ro 1:3, 4, 9; 5:10; 8:3, 29, 32; 1 Cor 1:9; 15:28; 2 Cor 1:19; Gal 1:16; 2:20; 4:4; Eph 4:13; Col 1:13; 1 Th 1:10. Cp. Ac 9:20. In Hb: 1:2, 8; 4:14; 5:8; 6:6; 7:3, 28; 10:29. In greatest frequency in John (cp. Herm. Wr. 1, 6 the Λόγος as υἱὸς θεοῦ. Likew. Philo, Agr. 51 πρωτόγονος υἱός, Conf. Lingu. 146 υἱὸς θεοῦ.—Theoph. Ant. 2, 1 [p. 154, 12] ὁ λόγος ὁ τοῦ θεοῦ, ὅς ἐστιν καὶ υἱὸς αὐτοῦ; Iren. 3, 12, 2 [Harv. II 55, 2]): J 1:49; 3:16–18 (s. μονογενής 2), 35f; 5:19–26; 6:40; 8:35f; 10:36; 11:4, 27; 14:13; 17:1; 19:7; 20:31; 1J 1:3, 7; 2:22–24; 3:8, 23; 4:9f, 14f; 5:5, 9–13, 20; 2J 3, 9.—B 5:9, 11; 7:2, 9; 12:8; 15:5; Dg 7:4; 9:2, 4; 10:2 (τὸν υἱὸν αὐτοῦ τὸν μονογενῆ; also ApcEsdr 6:16 p. 31, 22 Tdf.; ApcSed 9:1f); IMg 8:2; ISm 1:1; MPol 17:3; Hv 2, 2, 8; Hs 5, 2, 6 (ὁ υἱὸς αὐτοῦ ὁ ἀγαπητός); 8; 11; 5, 4, 1; 5, 5, 2; 3; 5; 5, 6, 1; 2; 4; 7 (on the Christology of the Shepherd s. Dibelius, Hdb. on Hs 5, also ALink and JvWalter [πνεῦμα 5cα]); Hs 8, 3, 2; 8, 11, 1. Cp. 9, 1, 1; 9, 12, 1ff.—In trinitarian formulas, in addition to Mt 28:19, also IMg 13:1; EpilMosq 5; D 7:1, 3.—The deceiver of the world appears w. signs and wonders ὡς υἱὸς θεοῦ D 16:4 (ApcEsdr 4:27 p. 28, 32 Tdf. ὁ λέγων• Ἐγώ εἰμι ὁ υἱὸς τοῦ θεοῦ [of Antichrist]).—EKühl, Das Selbstbewusstsein Jesu 1907, 16–44; GVos, The Self-disclosure of Jesus 1926.—EBurton, ICC Gal 1921, 404–17; TNicklin, Gospel Gleanings ’50, 211–36; MHengel, The Son of God (tr. JBowden) ’76; DJones, The Title υἱὸς θεοῦ in Acts: SBLSP 24, ’85, 451–63.γ. ὁ υἱὸς τοῦ ἀνθρώπου lit. ‘the son of the man’ (the pl. form οἱ υἱοὶ τῶν ἀνθρώπων appears freq. in the LXX to render בְּנֵי אָדָם = mortals, e.g. Gen 11:5; Ps 10:4; 11:2; cp. ὁ υἱὸς τῆς ἀπολείας J 17:12 [s. 2cβ]) ‘the human being, the human one, the man’ in our lit. only as a byname in ref. to Jesus and in an exclusive sense the Human One, the Human Being, one intimately linked with humanity in its primary aspect of fragility yet transcending it, traditionally rendered ‘the Son of Man.’ The term is found predom. in the gospels, where it occurs in the synoptics about 70 times (about half as oft. if parallels are excluded), and in J 12 times (s. EKlostermann, Hdb. exc. on Mk 8:31). In every case the title is applied by Jesus to himself. Nowhere within a saying or narrative about him is it found in an address to him: Mt 8:20; 9:6; 10:23; 11:19; 12:8, 32, 40; 13:37, 41; 16:13, 27f; 17:9, 12, 22; 18:10 [11] v.l.; 19:28; 20:18, 28; 24:27, 30, 37, 39, 44; 25:13 v.l., 31; 26:2, 24ab, 45, 64; Mk 2:10, 28; 8:31, 38; 9:9, 12, 31; 10:33, 45; 13:26; 14:21ab, 41, 62; Lk 5:24; 6:5, 22; 7:34; 9:22, 26, 44, 56 v.l., 58; 11:30; 12:8, 10, 40; 17:22, 24, 26, 30; 18:8, 31; 19:10; 21:27, 36; 22:22, 48, 69; 24:7.—John (FGrosheide, Υἱὸς τ. ἀνθρ. in het Evang. naar Joh.: TSt 35, 1917, 242–48; HDieckmann, D. Sohn des Menschen im J: Scholastik 2, 1927, 229–47; HWindisch, ZNW 30, ’31, 215–33; 31, ’32, 199–204; WMichaelis, TLZ 85, ’60, 561–78 [Jesus’ earthly presence]) 1:51; 3:13, 14; 5:27 (BVawter, Ezekiel and John, CBQ 26, ’64, 450–58); 6:27, 53, 62; 8:28; 9:35; 12:23, 34; 13:31. Whether the component of fragility (suggested by OT usage in ref. to the brief span of human life and the ills to which it falls heir) or high status (suggested by traditions that appear dependent on Da 7:13, which refers to one ‘like a human being’), or a blend of the two dominates a specific occurrence can be determined only by careful exegesis that in addition to extra-biblical traditions takes account of the total literary structure of the document in which it occurs. Much neglected in the discussion is the probability of prophetic association suggested by the form of address Ezk 2:1 al. (like the OT prophet [Ezk 3:4–11] Jesus encounters resistance).—On Israelite thought contemporary w. Jesus and alleged knowledge of a heavenly being looked upon as a ‘Son of Man’ or ‘Man’, who exercises Messianic functions such as judging the world (metaph., pictorial passages in En 46–48; 4 Esdr 13:3, 51f) s. Bousset, Rel.3 352–55; NMessel, D. Menschensohn in d. Bilderreden d. Hen. 1922; ESjöberg, Kenna 1 Henok och 4 Esra tanken på den lidande Människosonen? Sv. Ex. Årsb. 5, ’40, 163–83, D. Menschensohn im äth. Hen. ’46. This view is in some way connected w. Da 7:13; acc. to some it derives its real content fr. an eschatological tradition that ultimately goes back to Iran (WBousset, Hauptprobleme der Gnosis 1907, 160–223; Reitzenstein, Erlösungsmyst. 119ff, ZNW 20, 1921, 18–22, Mysterienrel.3 418ff; Clemen2 72ff; CKraeling, Anthropos and Son of Man: A Study in the Religious Syncretism of the Hellenistic Orient 1927); acc. to this tradition the First Man was deified; he will return in the last times and usher in the Kingdom of God.—Outside the gospels: Ac 7:56 (v.l. τοῦ θεοῦ; GKilpatrick, TZ 21, ’65, 209); Rv 1:13; 14:14 (both after Da 7:13; sim. allusion to Da in Just., D. 31, 1). The quot. fr. Ps 8:5 in Hb 2:6 prob. does not belong here, since there is no emphasis laid on υἱὸς ἀνθρώπου. In IEph 20:2 Jesus is described as υἱὸς ἀνθρώπου καὶ υἱὸς θεοῦ. Differently B 12:10 Ἰησοῦς, οὐχὶ υἱὸς ἀνθρώπου ἀλλὰ υἱὸς τοῦ θεοῦ Jesus, not a man’s son, but Son of God.—HLietzmann, Der Menschensohn 1896; Dalman, Worte 191–219 (Eng. tr., 234–67); Wlh., Einl.2 123–30; PFiebig, Der Menschensohn 1901; NSchmidt, The Prophet of Nazareth 1905, 94–134, Recent Study of the Term ‘Son of Man’: JBL 45, 1926, 326–49; FTillmann, Der Menschensohn 1907; EKühl, Das Selbstbewusstsein Jesu 1907, 65ff; HHoltzmann, Das messianische Bewusstsein Jesu, 1907, 49–75 (lit.), Ntl. Theologie2 I 1911, 313–35; FBard, D. Sohn d. Menschen 1908; HGottsched, D. Menschensohn 1908; EAbbott, ‘The Son of Man’, etc., 1910; EHertlein, Die Menschensohnfrage im letzten Stadium 1911, ZNW 19, 1920, 46–48; JMoffatt, The Theology of the Gospels 1912, 150–63; WBousset, Kyrios Christos2 1921, 5–22 (the titles of the works by Wernle and Althaus opposing his first edition [1913], as well as Bousset’s answer, are found s.v. κύριος, end); DVölter, Jesus der Menschensohn 1914, Die Menschensohnfrage neu untersucht 1916; FSchulthess, ZNW 21, 1922, 247–50; Rtzst., Herr der Grösse 1919 (see also the works by the same author referred to above in this entry); EMeyer II 335ff; HGressmann, ZKG n.s. 4, 1922, 170ff, D. Messias 1929, 341ff; GDupont, Le Fils d’Homme 1924; APeake, The Messiah and the Son of Man 1924; MWagner, Der Menschensohn: NKZ 36, 1925, 245–78; Guillaume Baldensperger, Le Fils d’Homme: RHPR 5, 1925, 262–73; WBleibtreu, Jesu Selbstbez. als der Menschensohn: StKr 98/99, 1926, 164–211; AvGall, Βασιλεία τοῦ θεοῦ 1926; OProcksch, D. Menschensohn als Gottessohn: Christentum u. Wissensch. 3, 1927, 425–43; 473–81; CMontefiore, The Synoptic Gospels2 1927 I 64–80; ROtto, Reich Gottes u. Menschensohn ’34, Eng. tr. The Kgdm. of God and the Son of Man, tr. Filson and Woolf2 ’43; EWechssler, Hellas im Ev. ’36, 332ff; PParker, The Mng. of ‘Son of Man’: JBL 60, ’41, 151–57; HSharman, Son of Man and Kingdom of God ’43; JCampbell, The Origin and Mng. of the Term Son of Man: JTS 48, ’47, 145–55; HRiesenfeld, Jésus Transfiguré ’47, 307–13 (survey and lit.); TManson, ConNeot 11, ’47, 138–46 (Son of Man=Jesus and his disciples in Mk 2:27f); GDuncan, Jesus, Son of Man ’47, 135–53 (survey); JBowman, ET 59, ’47/48, 283–88 (background); MBlack, ET 60, ’48f, 11–15; 32–36; GKnight, Fr. Moses to Paul ’49, 163–72 (survey); TNicklin, Gospel Gleanings ’50, 237–50; TManson (Da, En and gospels), BJRL 32, ’50, 171–93; TPreiss, Le Fils d’Homme: ÉThR 26/3, ’51, Life in Christ, ’54, 43–60; SMowinckel, He That Cometh, tr. Anderson, ’54, 346–450; GIber, Überlieferungsgesch. Unters. z. Begriff des Menschensohnes im NT, diss. Heidelb. ’53; ESjöberg, D. verborgene Menschensohn in den Ev. ’55; WGrundmann, ZNW 47, ’56, 113–33; HRiesenfeld, The Mythological Backgrd. of NT Christology, CHDodd Festschr. ’56, 81–95; PhVielhauer, Gottesreich u. Menschensohn in d. Verk. Jesu, GDehn Festschr. ’57, 51–79; ESidebottom, The Son of Man in J, ET 68, ’57, 231–35; 280–83; AHiggins, Son of Man- Forschung since (Manson’s) ‘The Teaching of Jesus’: NT Essays (TW Manson memorial vol.) ’59, 119–35; HTödt, D. Menschensohn in d. synopt. Überl. ’59 (tr. Barton ’65); JMuilenburg, JBL 79, ’60, 197–209 (Da, En); ESchweizer, JBL 79, ’60, 119–29 and NTS 9, ’63, 256–61; BvIersel, ‘Der Sohn’ in den synopt. Jesusworten, ’61 (community?); MBlack, BJRL 45, ’63, 305–18; FBorsch, ATR 45, ’63, 174–90; AHiggins, Jesus and the Son of Man, ’64; RFormesyn, NovT 8, ’66, 1–35 (barnasha=‘I’); SSandmel, HSilver Festschr. ’63, 355–67; JJeremias, Die älteste Schicht der Menschensohn-Logien, ZNW 58, ’67, 159–72; GVermes, MBlack, Aram. Approach3, ’67, 310–30; BLindars, The New Look on the Son of Man: BJRL 63, ’81, 437–62; WWalker, The Son of Man, Some Recent Developments CBQ 45, ’83, 584–607; JDonahue, Recent Studies on the Origin of ‘Son of Man’ in the Gospels, CBQ 48, ’86, 584–607; DBurkitt, The Nontitular Son of Man, A History and Critique: NTS 40, ’94 504–21 (lit.); JEllington, BT 40, ’89, 201–8; RGordon, Anthropos: 108–13.—B. 105; DELG. M-M. EDNT. TW. Sv. -
48 входное полное сопротивление
входное полное сопротивление
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[IEV number 312-06-18]EN
input impedance
impedance of the input circuit measured between the input terminals under operating conditions
NOTE 1 – The impedance can be expressed in terms of admittance.
NOTE 2 – In certain instances, for example, sampling devices or self-balancing potentiometers, the impedance can be different according to the instant when it is determined, before, during or after the instant of measurement.
NOTE 3 – When the input circuit is such that the instantaneous value of the current flowing into the input terminals is a non-linear function of the instantaneous value of the input voltage under specified conditions of frequency and voltage, the combination of resistance and reactance which would absorb the same active power and in which would flow a reactive current equal to the fundamental component that is flowing in the actual input circuit, is sometimes called the "equivalent input impedance".
[IEV number 312-06-18]FR
impédance du circuit d'entrée
impédance du circuit d'entrée entre les bornes d'entrée dans les conditions de fonctionnement
NOTE 1 – L'impédance peut être exprimée en termes d'admittance.
NOTE 2 – Dans certains cas, par exemple les dispositifs d'échantillonnage ou les potentiomètres à rééquilibrage automatique, l'impédance peut être différente selon l’instant où elle est déterminée, avant, pendant ou après la mesure.
NOTE 3 – Lorsque le circuit d'entrée est tel que la valeur instantanée du courant traversant les bornes d'entrée est une fonction non linéaire de la valeur instantanée de la tension d'entrée dans des conditions spécifiées de fréquence et de tension, l'impédance d'une combinaison formée par une résistance et une réactance qui absorberaient la même puissance active et dans laquelle circulerait un courant réactif égal à la composante fondamentale qui circule dans le circuit d'entrée réel, est parfois appelée "impédance équivalente d'entrée".
[IEV number 312-06-18]Тематики
- измерение электр. величин в целом
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > входное полное сопротивление
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49 выходное полное сопротивление
выходное полное сопротивление
-
[IEV number 312-06-19]EN
output impedance
impedance of the output circuit measured between the output terminals under operating conditions
NOTE 1 – The impedance can be expressed in terms of admittance.
NOTE 2 – In certain instances, for example, sampling devices or self-balancing potentiometers, the impedance can be different according to the instant when it is determined, before, during or after the instant of measurement.
NOTE 3 – When the output circuit is such that the instantaneous value of the current flowing into the output terminals is a non-linear function of the instantaneous value of the output voltage under specified conditions of frequency and voltage, the combination of resistance and reactance which would absorb the same active power and in which would flow a reactive current equal to the fundamental component that is flowing in the actual output circuit, is sometimes called the "equivalent output impedance".
[IEV number 312-06-19]FR
impédance du circuit de sortie
impédance du circuit de sortie entre les bornes de sortie dans les conditions de fonctionnement
NOTE 1 – L'impédance peut être exprimée en termes d'admittance.
NOTE 2 – Dans certains cas, par exemple les dispositifs d'échantillonnage ou les potentiomètres à rééquilibrage automatique, l'impédance peut être différente selon l’instant où elle est déterminée, avant, pendant ou après la mesure.
NOTE 3 – Lorsque le circuit de sortie est tel que la valeur instantanée du courant traversant les bornes de sortie est une fonction non linéaire de la valeur instantanée de la tension de sortie dans des conditions spécifiées de fréquence et de tension, l'impédance d'une combinaison formée par une résistance et une réactance qui absorberaient la même puissance active et dans laquelle circulerait un courant réactif égal à la composante fondamentale qui circule dans le circuit de sortie réel, est parfois appelée "impédance équivalente de sortie".
[IEV number 312-06-19]Тематики
- измерение электр. величин в целом
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > выходное полное сопротивление
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50 полное сопротивление короткого замыкания пары обмоток
полное сопротивление короткого замыкания пары обмоток
Сопротивление, равное Z = R + jХ, Ом, определяемое при номинальной частоте и расчетной температуре между выводами одной из обмоток пары, при замкнутой накоротко другой обмотке этой пары и разомкнутых остальных обмотках при их наличии. Для трехфазного трансформатора полное сопротивление короткого замыкания пары обмоток является полным сопротивлением фазы (в эквивалентной схеме соединения «звезда»).
В трансформаторе, имеющем обмотку с ответвлениями, полное сопротивление короткого замыкания относят к конкретному ответвлению. Если в НД не оговорено иное, выбирают основное ответвление.
Примечание — Полное сопротивление короткого замыкания пары обмоток может быть выражено в относительных значениях z, например в процентах базисного полного сопротивления короткого замыкания Zбаз той же обмотки пары
Z=100Z/Zбаз
Где Zбаз=U2/Sном
(для трехфазных и однофазных трансформаторов), Ом (U — напряжение (номинальное или напряжение ответвления) обмотки, к которой относятся Z и Zбаз, В; Sном — номинальная мощность основного ответвления трансформатора, В•А).
Относительное значение полного сопротивления короткого замыкания может быть также определено как отношение напряжения, приложенного к данной обмотке в опыте короткого замыкания, вызывающего протекание через эту обмотку номинального тока (либо тока ответвления), к номинальному напряжению этой обмотки (либо напряжению ответвления). Это приложенное напряжение определяют как напряжение короткого замыкания (МЭС 421-07-01) данной пары обмоток и, как правило, выражают в процентах
(МЭС 421-07-02).
[ ГОСТ 30830-2002]EN
short-circuit impedance of a pair of windings
the equivalent star connection impedance related to one of the windings, for a given tapping and expressed in ohms per phase, at rated frequency, measured between the terminals of a winding when the other winding is short-circuited
NOTE – This value is normally related to the appropriate reference temperature
[IEV number 421-07-02]FR
impédance de court-circuit d'une paire d'enroulements
impédance équivalente en connexion étoile, rapportée à l'un des enroulements, pour une prise donnée et exprimée en ohms par phase, à la fréquence assignée, mesurée aux bornes d'un enroulement lorsque l'autre enroulement est en court-circuit
NOTE – Cette valeur est normalement rapportée à une température de référence appropriée.
[IEV number 421-07-02]Тематики
Классификация
>>>EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > полное сопротивление короткого замыкания пары обмоток
-
51 шумы (для измерительного прибора)
шумы (для измерительного прибора)
-
[IEV number 312-07-04]EN
noise (for a measuring instrument)
set of unwanted deviations with respect to the value of the measured or supplied quantity, which occur more or less randomly and generally have a wide frequency spectrum
NOTE – Noise is determined under specified conditions and is a part of PARD.
[IEV number 312-07-04]FR
bruit (pour un appareil de mesure)
ensemble de déviations indésirables par rapport à la valeur de la grandeur mesurée ou fournie, qui se produisent de façon plus ou moins erratique et possèdent un spectre de fréquence généralement étendu
NOTE – Le bruit est déterminé dans des conditions spécifiées et fait partie des déviations périodiques et/ou erratiques.
[IEV number 312-07-04]Тематики
- измерение электр. величин в целом
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > шумы (для измерительного прибора)
-
52 impédance du circuit d'entrée
входное полное сопротивление
-
[IEV number 312-06-18]EN
input impedance
impedance of the input circuit measured between the input terminals under operating conditions
NOTE 1 – The impedance can be expressed in terms of admittance.
NOTE 2 – In certain instances, for example, sampling devices or self-balancing potentiometers, the impedance can be different according to the instant when it is determined, before, during or after the instant of measurement.
NOTE 3 – When the input circuit is such that the instantaneous value of the current flowing into the input terminals is a non-linear function of the instantaneous value of the input voltage under specified conditions of frequency and voltage, the combination of resistance and reactance which would absorb the same active power and in which would flow a reactive current equal to the fundamental component that is flowing in the actual input circuit, is sometimes called the "equivalent input impedance".
[IEV number 312-06-18]FR
impédance du circuit d'entrée
impédance du circuit d'entrée entre les bornes d'entrée dans les conditions de fonctionnement
NOTE 1 – L'impédance peut être exprimée en termes d'admittance.
NOTE 2 – Dans certains cas, par exemple les dispositifs d'échantillonnage ou les potentiomètres à rééquilibrage automatique, l'impédance peut être différente selon l’instant où elle est déterminée, avant, pendant ou après la mesure.
NOTE 3 – Lorsque le circuit d'entrée est tel que la valeur instantanée du courant traversant les bornes d'entrée est une fonction non linéaire de la valeur instantanée de la tension d'entrée dans des conditions spécifiées de fréquence et de tension, l'impédance d'une combinaison formée par une résistance et une réactance qui absorberaient la même puissance active et dans laquelle circulerait un courant réactif égal à la composante fondamentale qui circule dans le circuit d'entrée réel, est parfois appelée "impédance équivalente d'entrée".
[IEV number 312-06-18]Тематики
- измерение электр. величин в целом
EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > impédance du circuit d'entrée
-
53 impédance du circuit de sortie
выходное полное сопротивление
-
[IEV number 312-06-19]EN
output impedance
impedance of the output circuit measured between the output terminals under operating conditions
NOTE 1 – The impedance can be expressed in terms of admittance.
NOTE 2 – In certain instances, for example, sampling devices or self-balancing potentiometers, the impedance can be different according to the instant when it is determined, before, during or after the instant of measurement.
NOTE 3 – When the output circuit is such that the instantaneous value of the current flowing into the output terminals is a non-linear function of the instantaneous value of the output voltage under specified conditions of frequency and voltage, the combination of resistance and reactance which would absorb the same active power and in which would flow a reactive current equal to the fundamental component that is flowing in the actual output circuit, is sometimes called the "equivalent output impedance".
[IEV number 312-06-19]FR
impédance du circuit de sortie
impédance du circuit de sortie entre les bornes de sortie dans les conditions de fonctionnement
NOTE 1 – L'impédance peut être exprimée en termes d'admittance.
NOTE 2 – Dans certains cas, par exemple les dispositifs d'échantillonnage ou les potentiomètres à rééquilibrage automatique, l'impédance peut être différente selon l’instant où elle est déterminée, avant, pendant ou après la mesure.
NOTE 3 – Lorsque le circuit de sortie est tel que la valeur instantanée du courant traversant les bornes de sortie est une fonction non linéaire de la valeur instantanée de la tension de sortie dans des conditions spécifiées de fréquence et de tension, l'impédance d'une combinaison formée par une résistance et une réactance qui absorberaient la même puissance active et dans laquelle circulerait un courant réactif égal à la composante fondamentale qui circule dans le circuit de sortie réel, est parfois appelée "impédance équivalente de sortie".
[IEV number 312-06-19]Тематики
- измерение электр. величин в целом
EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > impédance du circuit de sortie
-
54 courant de référence d'un parafoudre
классификационный ток ОПН
Iкл
Амплитудное значение (более высокое амплитудное значение из двух полярностей, если ток асимметричен) активной составляющей тока промышленной частоты, которое используется для определения классификационного напряжения ОПН и нормируется изготовителем.
[ ГОСТ Р 52725-2007]EN
reference current of an arrester
peak value (the higher peak value of the two polarities if the current is asymmetrical) of the resistive component of a power-frequency current used to determine the reference voltage of the arrester
NOTE 1 The reference current will be high enough to make the effects of stray capacitances at the measured reference voltage of the arrester units (with designed grading system) negligible and is to be specified by the manufacturer.
NOTE 2 Depending on the nominal discharge current and/or line discharge class of the arrester, the reference current will be typically in the range of 0,05 mA to 1,0 mA per square centimetre of disc area for single column arresters.
[IEC 60099-4, ed. 2.0 (2004-05)]FR
courant de référence d'un parafoudre
valeur de crête (la plus grande des deux polarités si le courant est dissymétrique) de la composante résistive du courant à fréquence industrielle utilisée pour déterminer la tension de référence d'un parafoudre.
NOTE 1 Il convient que le courant de référence soit suffisamment élevé pour rendre négligeables les effets des capacités parasites aux tensions de référence mesurées sur les éléments de parafoudre (avec leur système de répartition) et qu’il soit spécifié par le constructeur.
NOTE 2 Fonction du courant de décharge nominal et/ou de la classe de décharge de ligne du parafoudre, il convient que le courant de référence soit typiquement dans la gamme de 0,05 mA à 1,0 mA par centimètre carré de surface de disque pour les parafoudres à colonne unique
[IEC 60099-4, ed. 2.0 (2004-05)]Тематики
- высоковольтный аппарат, оборудование...
EN
FR
Франко-русский словарь нормативно-технической терминологии > courant de référence d'un parafoudre
-
55 impédance de court-circuit d'une paire d'enroulements
полное сопротивление короткого замыкания пары обмоток
Сопротивление, равное Z = R + jХ, Ом, определяемое при номинальной частоте и расчетной температуре между выводами одной из обмоток пары, при замкнутой накоротко другой обмотке этой пары и разомкнутых остальных обмотках при их наличии. Для трехфазного трансформатора полное сопротивление короткого замыкания пары обмоток является полным сопротивлением фазы (в эквивалентной схеме соединения «звезда»).
В трансформаторе, имеющем обмотку с ответвлениями, полное сопротивление короткого замыкания относят к конкретному ответвлению. Если в НД не оговорено иное, выбирают основное ответвление.
Примечание — Полное сопротивление короткого замыкания пары обмоток может быть выражено в относительных значениях z, например в процентах базисного полного сопротивления короткого замыкания Zбаз той же обмотки пары
Z=100Z/Zбаз
Где Zбаз=U2/Sном
(для трехфазных и однофазных трансформаторов), Ом (U — напряжение (номинальное или напряжение ответвления) обмотки, к которой относятся Z и Zбаз, В; Sном — номинальная мощность основного ответвления трансформатора, В•А).
Относительное значение полного сопротивления короткого замыкания может быть также определено как отношение напряжения, приложенного к данной обмотке в опыте короткого замыкания, вызывающего протекание через эту обмотку номинального тока (либо тока ответвления), к номинальному напряжению этой обмотки (либо напряжению ответвления). Это приложенное напряжение определяют как напряжение короткого замыкания (МЭС 421-07-01) данной пары обмоток и, как правило, выражают в процентах
(МЭС 421-07-02).
[ ГОСТ 30830-2002]EN
short-circuit impedance of a pair of windings
the equivalent star connection impedance related to one of the windings, for a given tapping and expressed in ohms per phase, at rated frequency, measured between the terminals of a winding when the other winding is short-circuited
NOTE – This value is normally related to the appropriate reference temperature
[IEV number 421-07-02]FR
impédance de court-circuit d'une paire d'enroulements
impédance équivalente en connexion étoile, rapportée à l'un des enroulements, pour une prise donnée et exprimée en ohms par phase, à la fréquence assignée, mesurée aux bornes d'un enroulement lorsque l'autre enroulement est en court-circuit
NOTE – Cette valeur est normalement rapportée à une température de référence appropriée.
[IEV number 421-07-02]Тематики
Классификация
>>>EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > impédance de court-circuit d'une paire d'enroulements
-
56 bruit (pour un appareil de mesure)
шумы (для измерительного прибора)
-
[IEV number 312-07-04]EN
noise (for a measuring instrument)
set of unwanted deviations with respect to the value of the measured or supplied quantity, which occur more or less randomly and generally have a wide frequency spectrum
NOTE – Noise is determined under specified conditions and is a part of PARD.
[IEV number 312-07-04]FR
bruit (pour un appareil de mesure)
ensemble de déviations indésirables par rapport à la valeur de la grandeur mesurée ou fournie, qui se produisent de façon plus ou moins erratique et possèdent un spectre de fréquence généralement étendu
NOTE – Le bruit est déterminé dans des conditions spécifiées et fait partie des déviations périodiques et/ou erratiques.
[IEV number 312-07-04]Тематики
- измерение электр. величин в целом
EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > bruit (pour un appareil de mesure)
-
57 Eingangsimpedanz
входное полное сопротивление
-
[IEV number 312-06-18]EN
input impedance
impedance of the input circuit measured between the input terminals under operating conditions
NOTE 1 – The impedance can be expressed in terms of admittance.
NOTE 2 – In certain instances, for example, sampling devices or self-balancing potentiometers, the impedance can be different according to the instant when it is determined, before, during or after the instant of measurement.
NOTE 3 – When the input circuit is such that the instantaneous value of the current flowing into the input terminals is a non-linear function of the instantaneous value of the input voltage under specified conditions of frequency and voltage, the combination of resistance and reactance which would absorb the same active power and in which would flow a reactive current equal to the fundamental component that is flowing in the actual input circuit, is sometimes called the "equivalent input impedance".
[IEV number 312-06-18]FR
impédance du circuit d'entrée
impédance du circuit d'entrée entre les bornes d'entrée dans les conditions de fonctionnement
NOTE 1 – L'impédance peut être exprimée en termes d'admittance.
NOTE 2 – Dans certains cas, par exemple les dispositifs d'échantillonnage ou les potentiomètres à rééquilibrage automatique, l'impédance peut être différente selon l’instant où elle est déterminée, avant, pendant ou après la mesure.
NOTE 3 – Lorsque le circuit d'entrée est tel que la valeur instantanée du courant traversant les bornes d'entrée est une fonction non linéaire de la valeur instantanée de la tension d'entrée dans des conditions spécifiées de fréquence et de tension, l'impédance d'une combinaison formée par une résistance et une réactance qui absorberaient la même puissance active et dans laquelle circulerait un courant réactif égal à la composante fondamentale qui circule dans le circuit d'entrée réel, est parfois appelée "impédance équivalente d'entrée".
[IEV number 312-06-18]Тематики
- измерение электр. величин в целом
EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Eingangsimpedanz
-
58 Ausgangsimpedanz
выходное полное сопротивление
-
[IEV number 312-06-19]EN
output impedance
impedance of the output circuit measured between the output terminals under operating conditions
NOTE 1 – The impedance can be expressed in terms of admittance.
NOTE 2 – In certain instances, for example, sampling devices or self-balancing potentiometers, the impedance can be different according to the instant when it is determined, before, during or after the instant of measurement.
NOTE 3 – When the output circuit is such that the instantaneous value of the current flowing into the output terminals is a non-linear function of the instantaneous value of the output voltage under specified conditions of frequency and voltage, the combination of resistance and reactance which would absorb the same active power and in which would flow a reactive current equal to the fundamental component that is flowing in the actual output circuit, is sometimes called the "equivalent output impedance".
[IEV number 312-06-19]FR
impédance du circuit de sortie
impédance du circuit de sortie entre les bornes de sortie dans les conditions de fonctionnement
NOTE 1 – L'impédance peut être exprimée en termes d'admittance.
NOTE 2 – Dans certains cas, par exemple les dispositifs d'échantillonnage ou les potentiomètres à rééquilibrage automatique, l'impédance peut être différente selon l’instant où elle est déterminée, avant, pendant ou après la mesure.
NOTE 3 – Lorsque le circuit de sortie est tel que la valeur instantanée du courant traversant les bornes de sortie est une fonction non linéaire de la valeur instantanée de la tension de sortie dans des conditions spécifiées de fréquence et de tension, l'impédance d'une combinaison formée par une résistance et une réactance qui absorberaient la même puissance active et dans laquelle circulerait un courant réactif égal à la composante fondamentale qui circule dans le circuit de sortie réel, est parfois appelée "impédance équivalente de sortie".
[IEV number 312-06-19]Тематики
- измерение электр. величин в целом
EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Ausgangsimpedanz
-
59 Kurzschlußimpedanz eines Wicklungspaares
полное сопротивление короткого замыкания пары обмоток
Сопротивление, равное Z = R + jХ, Ом, определяемое при номинальной частоте и расчетной температуре между выводами одной из обмоток пары, при замкнутой накоротко другой обмотке этой пары и разомкнутых остальных обмотках при их наличии. Для трехфазного трансформатора полное сопротивление короткого замыкания пары обмоток является полным сопротивлением фазы (в эквивалентной схеме соединения «звезда»).
В трансформаторе, имеющем обмотку с ответвлениями, полное сопротивление короткого замыкания относят к конкретному ответвлению. Если в НД не оговорено иное, выбирают основное ответвление.
Примечание — Полное сопротивление короткого замыкания пары обмоток может быть выражено в относительных значениях z, например в процентах базисного полного сопротивления короткого замыкания Zбаз той же обмотки пары
Z=100Z/Zбаз
Где Zбаз=U2/Sном
(для трехфазных и однофазных трансформаторов), Ом (U — напряжение (номинальное или напряжение ответвления) обмотки, к которой относятся Z и Zбаз, В; Sном — номинальная мощность основного ответвления трансформатора, В•А).
Относительное значение полного сопротивления короткого замыкания может быть также определено как отношение напряжения, приложенного к данной обмотке в опыте короткого замыкания, вызывающего протекание через эту обмотку номинального тока (либо тока ответвления), к номинальному напряжению этой обмотки (либо напряжению ответвления). Это приложенное напряжение определяют как напряжение короткого замыкания (МЭС 421-07-01) данной пары обмоток и, как правило, выражают в процентах
(МЭС 421-07-02).
[ ГОСТ 30830-2002]EN
short-circuit impedance of a pair of windings
the equivalent star connection impedance related to one of the windings, for a given tapping and expressed in ohms per phase, at rated frequency, measured between the terminals of a winding when the other winding is short-circuited
NOTE – This value is normally related to the appropriate reference temperature
[IEV number 421-07-02]FR
impédance de court-circuit d'une paire d'enroulements
impédance équivalente en connexion étoile, rapportée à l'un des enroulements, pour une prise donnée et exprimée en ohms par phase, à la fréquence assignée, mesurée aux bornes d'un enroulement lorsque l'autre enroulement est en court-circuit
NOTE – Cette valeur est normalement rapportée à une température de référence appropriée.
[IEV number 421-07-02]Тематики
Классификация
>>>EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Kurzschlußimpedanz eines Wicklungspaares
-
60 Rauschen (bei einem Messgerät)
шумы (для измерительного прибора)
-
[IEV number 312-07-04]EN
noise (for a measuring instrument)
set of unwanted deviations with respect to the value of the measured or supplied quantity, which occur more or less randomly and generally have a wide frequency spectrum
NOTE – Noise is determined under specified conditions and is a part of PARD.
[IEV number 312-07-04]FR
bruit (pour un appareil de mesure)
ensemble de déviations indésirables par rapport à la valeur de la grandeur mesurée ou fournie, qui se produisent de façon plus ou moins erratique et possèdent un spectre de fréquence généralement étendu
NOTE – Le bruit est déterminé dans des conditions spécifiées et fait partie des déviations périodiques et/ou erratiques.
[IEV number 312-07-04]Тематики
- измерение электр. величин в целом
EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Rauschen (bei einem Messgerät)
См. также в других словарях:
Frequency counter — A frequency counter is an electronic instrument, or component of one, that is used for measuring frequency. Since frequency is defined as the number of events of a particular sort occurring in a set period of time, measuring it is usually… … Wikipedia
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measured adj — According to this sonograph, the average frequency of my voice is 160 Hz, said Tom in measured tones … English expressions
frequency-modulation radar — A radar in which range is measured by interference beat frequencies between the transmitter and received frequency modulated waves … Aviation dictionary