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41 ливарний сплав
ru\ \ литейный сплавen\ \ casting alloyde\ \ Gußlegierungfr\ \ \ alliage mouléсплав з високими ливарними властивостями, що забезпечують високу якість виливків: відсутність свищів, тріщин, пористості й інших дефектів -
42 литейный сплав
ua\ \ ливарний сплавen\ \ casting alloyde\ \ Gußlegierungfr\ \ \ alliage mouléсплав с высокими литейными свойствами, обеспечивающими высокое качество отливок: отсутствие раковин, трещин, пористости и других дефектов -
43 Zinkdruckgusslegierung
fzinc-base die-casting alloy -
44 lega
"alloy;Legierung;liga"* * *f (pl -ghe) leaguemetallurgy alloy* * *lega1 s.f.1 league, association, alliance: lega offensiva, difensiva, offensive, defensive alliance; stringere, sciogliere una lega, to form, to end an alliance // (econ.): lega dei consumatori, consumers' association; lega doganale, customs union; lega sindacale, trade union (o association) // (fin.) lega monetaria, monetary union // (st.): la lega delle Nazioni, the League of Nations; la Lega Santa, the Holy League2 (spreg.) gang, league: far lega con i peggiori, to gang up with the worst types3 ( sport) league4 (metall.) alloy: lega antifrizione, babbit (o antifriction alloy o bearing alloy); lega d'acciaio, alloy steel; lega di stagno, (peltro) pewter; lega fusibile, fusible alloy; lega leggera, light (o aluminium) alloy; lega ultra leggera, magnesium alloy; lega per alte temperature, super alloy (for high temperatures); lega per caratteri da stampa, type metal; lega per fusioni, casting metal; lega per saldatura a stagno (dolce), soft solder; moneta di bassa lega, base coin; l'ottone è una lega di rame e zinco, brass is an alloy of copper and zinc (o a copper-zinc alloy) // di buona lega, (fig.) genuine; di cattiva lega, (fig.) low (o vulgar); è uno scherzo di cattiva lega, it is a joke in bad taste.lega2 s.f. league (misura itineraria = 4,83 km; misura marittima = 5,56 km).* * *I1) (associazione) league, association2) (alleanza) league, alliancefar lega con qcn. — to be in league with sb
3) metall. alloydi buona lega — sterling, genuine
di bassa lega — [ metallo] base; fig. cheap, of little worth
•IILega (Nord) — pol. = Italian regionalist and federalist political party
* * *lega1pl. - ghe /'lega, ge/sostantivo f.1 (associazione) league, association; lega calcio Football League2 (alleanza) league, alliance; far lega con qcn. to be in league with sb.3 metall. alloy; in lega alloy; di buona lega sterling, genuine; di bassa lega [ metallo] base; fig. cheap, of little worthLega (Nord) pol. = Italian regionalist and federalist political party.————————lega2pl. - ghe /'lega, ge/ ⇒ 21sostantivo f.(unità di misura) league. -
45 литье (металла)
casting
- под давлением — pressure casting
корпус изготовлен литьем под давлением из алюминиевого сплава. — а casing is made of pressure cast aluminium alloy.Русско-английский сборник авиационно-технических терминов > литье (металла)
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46 fundir
v.1 to melt (derretir) (mantequilla, hielo).El calor del auto fundió el queso The heat of the car melted the cheese.2 to blow ( electricity and electronics) (fusible, bombilla).3 to merge (commerce).4 to fade (Cine).5 to blow (informal) (gastar). (peninsular Spanish)6 to bankrupt, to ruin. ( Latin American Spanish)7 to cast, to mold.El orfebre fundió el oro The goldsmith cast the gold.* * *1 (derretir) to melt2 (separar mena y metal) to smelt3 (dar forma) to cast4 (bombilla, plomos) to blow5 (unir) to unite, join6 familiar (despilfarrar) to waste, blow1 (derretirse) to melt2 (bombilla, plomos) to fuse, go, blow, burn out3 (unirse) to merge* * *1. VT1) (=derretir)a) [para hacer líquido] [+ metal, cera, nieve] to melt; [+ monedas, lingotes, joyas] to melt downb) (Min) [para extraer el metal] to smeltc) [en molde] [+ estatuas, cañones] to cast2) [+ bombilla, fusible] to blow3) (=fusionar) [+ organizaciones, empresas] to merge, amalgamate; [+ culturas, movimientos] to fuseintentaba fundir los elementos andaluces con los hindúes — she aimed to fuse Andalusian and Indian elements
4) (Cine) [+ imágenes] to fade5) * [+ dinero] to blow *7) Chile * [+ niño] to spoil2.See:* * *1.verbo transitivo1) <metal/hierro> to melt; < mineral> to smelt2) <estatua/campana> to cast3)a) (Elec) to blowb) (AmL) < motor> ( de gasolina) to seize... up; ( eléctrico) to burn... out4) (fam) <dinero/herencia> to blow (colloq)5)a) ( fusionar) to mergeb) (Cin) <imágenes/tomas> to fade, merge2.fundirse v pron1) metal to melt; nieve/hielo to melt, thaw2)a) (Elec)b) (AmL) motor ( de gasolina) to seize up; ( eléctrico) to burn out3) (enf) (fam) ( gastarse) to blow (colloq)4)a) ( fusionarse) to mergeb) (Cin, Mús) to fade5) (Per, RPl fam) ( arruinarse) persona to lose everything; empresa to go bust* * *= amalgamate, bring into, cast, confound, weld into/together, fuse, melt, mingle (with), melt down.Ex. In 1971 its functions were divided, part amalgamated with the Ministry of Defence, and part amalgamated with the Board of Trade to form the Department of Trade and Industry.Ex. Whether or not these specific proposals will be brought into some kind of overall approach and ideology remains to me a very questionable point.Ex. Printing types were cast in an alloy of lead, antimony, and tin called type-metal.Ex. The confounding of opposites is also common though, again, care has to be taken to see that we do not confound two subjects on which extensive literature exists.Ex. The Department of Trade and Industry has undergone many changes over the years; it has been split into two separate departments and welded together again.Ex. The experiment is financed externally and aims to fuse the functions of the 2 library types.Ex. The heat melts the wax on those areas which correspond with the image areas of the original, and the melted wax is absorbed into the tissue sheet.Ex. Not so long ago, the far off lands existed, to most people, in their imagination where they mingled with fairy tales and imaginary stories.Ex. In 1588 Thomas Thomas, Cambridge University printer, had one press and 1,400 kg. of type, but 40 per cent of the type was old metal waiting to be melted down.----* caja de fundir estereotipos = casting-box [casting box].* fundir en = meld (in/into).* fundirse = become + fused, run together.* fundirse con = blend into, become + one with, blend in with.* fundir tipos = cut + punches, cast + type.* plomo + fundirse = blow + a fuse.* * *1.verbo transitivo1) <metal/hierro> to melt; < mineral> to smelt2) <estatua/campana> to cast3)a) (Elec) to blowb) (AmL) < motor> ( de gasolina) to seize... up; ( eléctrico) to burn... out4) (fam) <dinero/herencia> to blow (colloq)5)a) ( fusionar) to mergeb) (Cin) <imágenes/tomas> to fade, merge2.fundirse v pron1) metal to melt; nieve/hielo to melt, thaw2)a) (Elec)b) (AmL) motor ( de gasolina) to seize up; ( eléctrico) to burn out3) (enf) (fam) ( gastarse) to blow (colloq)4)a) ( fusionarse) to mergeb) (Cin, Mús) to fade5) (Per, RPl fam) ( arruinarse) persona to lose everything; empresa to go bust* * *= amalgamate, bring into, cast, confound, weld into/together, fuse, melt, mingle (with), melt down.Ex: In 1971 its functions were divided, part amalgamated with the Ministry of Defence, and part amalgamated with the Board of Trade to form the Department of Trade and Industry.
Ex: Whether or not these specific proposals will be brought into some kind of overall approach and ideology remains to me a very questionable point.Ex: Printing types were cast in an alloy of lead, antimony, and tin called type-metal.Ex: The confounding of opposites is also common though, again, care has to be taken to see that we do not confound two subjects on which extensive literature exists.Ex: The Department of Trade and Industry has undergone many changes over the years; it has been split into two separate departments and welded together again.Ex: The experiment is financed externally and aims to fuse the functions of the 2 library types.Ex: The heat melts the wax on those areas which correspond with the image areas of the original, and the melted wax is absorbed into the tissue sheet.Ex: Not so long ago, the far off lands existed, to most people, in their imagination where they mingled with fairy tales and imaginary stories.Ex: In 1588 Thomas Thomas, Cambridge University printer, had one press and 1,400 kg. of type, but 40 per cent of the type was old metal waiting to be melted down.* caja de fundir estereotipos = casting-box [casting box].* fundir en = meld (in/into).* fundirse = become + fused, run together.* fundirse con = blend into, become + one with, blend in with.* fundir tipos = cut + punches, cast + type.* plomo + fundirse = blow + a fuse.* * *fundir [I1 ]vtA ‹metal› to melt; ‹mineral› to smelt; ‹hielo› to meltB ‹estatua/campana› to castC1 ( Elec) to blowE1 (unir, fusionar) to merge fundir algo EN algo to merge sth INTO sth2 ( Cin) ‹imágenes/tomas› to fade, mergeG ( Chi) ‹niño› to spoil■ fundirvi■ fundirseA «metal» to melt; «nieve/hielo» to melt, thawB1 ( Elec):se ha fundido la bombilla the bulb has gone o fused ( colloq)se fundieron los fusibles the fuses blewD1(unirse, fusionarse): las dos empresas han decidido fundirse the two companies have decided to mergefundirse EN algo:se fundieron en un apretado abrazo they clasped each other in a close embrace ( liter), they hugged each other tightlylos distintos colores se funden en un tono cobrizo the different colors merge into a coppery hueuna imagen se funde sobre la siguiente toma one image fades o dissolves into the nextEla empresa se fundió the company went bust ( colloq)se fundió con las ganancias comunes he pocketed all the profits* * *
fundir ( conjugate fundir) verbo transitivo
1
‹ mineral› to smelt
2 (Elec) to blow
3 ( fusionar) to merge
fundirse verbo pronominal
1 [ metal] to melt;
[nieve/hielo] to melt, thaw
2 (Elec):◊ se ha fundido la bombilla the bulb has gone (colloq);
se fundieron los fusibles the fuses blew
3 ( fusionarse) [empresas/partidos] to merge;
fundirse en algo to merge sth into sth
fundir verbo transitivo
1 (derretir) to melt
2 (fusionar, unir) to unite, join
3 (una bombilla, un plomo) to blow
' fundir' also found in these entries:
Spanish:
horno
English:
blow
- fade in
- fade out
- found
- melt
- melt down
- fuse
- smelt
* * *♦ vt1. [derretir] [mantequilla, hielo] to melt;[roca, hierro, plomo] to smelt2. [estatua] to cast;[oro] to melt down;fundir oro en lingotes to melt down gold into ingots3. Com to merge4. Cine to fade;fundir un plano con otro to fade one scene into another5. [fusible, bombilla] to blow8. Am [arruinar] to bankrupt, to ruin♦ viPerú Fam [molestar] to be a pest;los vecinos están siempre fundiendo our neighbours are a real pest* * *v/t1 hielo melt2 metal smelt3 COM merge* * *fundir vt1) : to melt down, to smelt2) : to fuse, to merge3) : to burn out (a lightbulb)* * *fundir vb (derretir) to melt -
47 алюминиевый сплав
1) Engineering: aluminum alloy2) Railway term: aluminium-alloy casting3) Automobile industry: aluminium alloy4) Bicycle: alloy (дюралюмин; В буквальном переводе alloy - любой сплав, но в велосипедных делах - это только сплавы алюминия), aluminum (дюралюмин; В буквальном переводе alloy - любой сплав, но в велосипедных делах - это только сплавы алюминия)5) Electrochemistry: aluminum-base alloy -
48 fundición
f.1 foundry, steel mill, ironworks, iron foundry.2 melting, founding, casting, font.3 smelting, melt, alloy.4 font.* * *1 (derretimiento) melting2 (de metales) smelting3 (acción de dar forma) casting4 (lugar) foundry, smelting works\fundición de acero steelworkshierro de fundición cast iron* * *SF1) (=acción) [de mineral] smelting; [en moldes] casting; [de lingotes, joyas] melting down2) (=fábrica) foundry3) (=hierro fundido) cast iron4) (Tip) font* * ** * *= casting, smelting.Ex. Matrix and mould were pivoted and were brought up to the nozzle of a metal pump for the moment of casting, and then swung back to eject the new-made letter.Ex. The sketchbook features drawings illustrating the liberal arts (including personifications of the planets), the chivalrous life (including hunting and love), household remedies, mining and smelting, and war technology.----* fundición de acero = steelmaking [steel making].* fundición de tipos = typefounding.* planta de fundición = smelting plant.* punto de fundición = melting point.* taller de fundición = foundry.* taller de fundición de tipos = type-foundry.* * ** * *= casting, smelting.Ex: Matrix and mould were pivoted and were brought up to the nozzle of a metal pump for the moment of casting, and then swung back to eject the new-made letter.
Ex: The sketchbook features drawings illustrating the liberal arts (including personifications of the planets), the chivalrous life (including hunting and love), household remedies, mining and smelting, and war technology.* fundición de acero = steelmaking [steel making].* fundición de tipos = typefounding.* planta de fundición = smelting plant.* punto de fundición = melting point.* taller de fundición = foundry.* taller de fundición de tipos = type-foundry.* * *A1 (de metales) smelting2 (hierro colado) cast iron3 (taller) foundryB ( Impr) font* * *
fundición sustantivo femenino
1 (proceso) smelting
2 (taller) foundry: son pilares de fundición, they are cast-iron pillars
' fundición' also found in these entries:
Spanish:
fusión
- escoria
- factoría
English:
casting
- foundry
* * *fundición nf1. [taller] foundryfundición de acero steelworks [singular], steel mill2. [fusión] smelting3. [aleación] cast iron* * *f1 acción smelting2 fábrica foundry* * *1) : founding, smelting2) : foundry -
49 электротехническая сталь
1. electric grade sheet2. stalloyРусско-английский новый политехнический словарь > электротехническая сталь
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50 обшивка из легкого сплава
Русско-английский военно-политический словарь > обшивка из легкого сплава
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51 Hadfield, Sir Robert Abbott
SUBJECT AREA: Metallurgy[br]b. 28 November 1858 Attercliffe, Sheffield, Yorkshire, Englandd. 30 September 1940 Kingston Hill, Surrey, England[br]English metallurgist and pioneer in alloy steels.[br]Hadfield's father, Robert, set up a steelworks in Sheffield in 1872, one of the earliest to specialize in steel castings. After his education in Sheffield, during which he showed an interest in chemistry, Hadfield entered his father's works. His first act was to set up a laboratory, where he began systematically experimenting with alloy steels in order to improve the quality of the products of the family firm. In 1883 Hadfield found that by increasing the manganese content to 12.5 per cent, with a carbon content of 1.4 per cent, the resulting alloy showed extraordinary resistance to abrasive wear even though it was quite soft. It was soon applied in railway points and crossings, crushing and grinding machinery, and wherever great resistance to wear is required. Its lack of brittleness led to its use in steel helmets during the First World War. Hadfield's manganese steel was also non-magnetic, which was later of importance in the electrical industry. Hadfield's other great invention was that of silicon steel. Again after careful and systematic laboratory work, Hadfield found that a steel containing 3–4 per cent silicon and as little as possible of other elements was highly magnetic, which was to prove important in the electrical industry (e.g. reducing the weight and bulk of electrical transformers). Hadfield took over the firm on the death of his father in 1888, but he continued to lay great stress on the need for laboratory research to improve the quality and range of products. The steel-casting side of the business led to a flourishing armaments industry, and this, together with their expertise in alloy steels, made Hadfield's one of the great names in Sheffield and British steel until, sadly, it succumbed along with so many other illustrious names during the British economic recession of 1983. Hadfield had a keen interest in metallurgical history, particularly in his characteristically thorough examination of the alloys of iron prepared by Faraday at the Royal Institution. Hadfield was an enlightened employer and was one of the first to introduce the eight-hour day.[br]Principal Honours and DistinctionsKnighted 1908. Baronet 1917. FRS 1909.BibliographyA list of Hadfield's published papers and other works is published with a biographical account in Obituary Notices of Fellows of the Royal Society (1940) 10.LRDBiographical history of technology > Hadfield, Sir Robert Abbott
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52 конструкция из легкого сплава
Авиация и космонавтика. Русско-английский словарь > конструкция из легкого сплава
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53 сплав цветных металлов
Русско-английский новый политехнический словарь > сплав цветных металлов
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54 метод
1) expedient
2) manner
3) method
4) <electr.> mode
5) procedure
6) technique
– аксиоматический метод
– анаглифический метод
– вариационный метод
– весовой метод
– визуальный метод
– время-импульсный метод
– градиентный метод
– графический метод
– графоаналитический метод
– групповой метод
– дедуктивный метод
– иммерсионный метод
– импульсный метод
– интерференционный метод
– качественный метод
– кессонный метод
– количественный метод
– колориметрический метод
– комплексометрический метод
– кондуктометрический метод
– корреляционный метод
– косвенный метод
– лабораторный метод
– метод бестигельный
– метод Бормана
– метод Бриджмена
– метод взбалтывания
– метод возбуждения
– метод восходящий
– метод вращения
– метод врезания
– метод выбега
– метод годографа
– метод графов
– метод Грисса-Иловая
– метод дальномерно-базисный
– метод Дешана
– метод Дюма
– метод изинговский
– метод изображений
– метод импульсов
– метод инверсии
– метод испытаний
– метод истечения
– метод итерации
– метод Клегга
– метод консервирования
– метод конуса
– метод красок
– метод Марковица
– метод множителей
– метод накачки
– метод накопления
– метод наложения
– метод напыления
– метод обработки
– метод окаймления
– метод ОПВ
– метод осаждения
– метод осреднения
– метод отопления
– метод отражения
– метод перевала
– метод перемежающийся
– метод перпендикуляров
– метод площадей
– метод подбора
– метод подобия
– метод положения
– метод посева
– метод постулатов
– метод прерываний
– метод пристрелки
– метод проб
– метод прогонки
– метод продолжения
– метод равносигнальный
– метод радиоавтографии
– метод разбавления
– метод разделения
– метод разливки
– метод размерностей
– метод решета
– метод Рунге-Кутта
– метод свилей
– метод секущих
– метод сетки
– метод сеток
– метод сечений
– метод сил
– метод совмещения
– метод совпадений
– метод сплавления
– метод Степанова
– метод стрельбы
– метод триангуляции
– метод трилатерации
– метод узлов
– метод Уизема
– метод уравновешивания
– метод установления
– метод частиц
– метод Шора
– метод электрофореза
– метод эстафеты
– ненулевой метод
– неразрушающий метод
– нерекурсивный метод
– неточный метод
– нефелометрический метод
– нулевой метод
– обратно-ступенчатый метод
– объективный метод
– объемный метод
– операторный метод
– пикнометрический метод
– порошковый метод
– приближенный метод
– прямой метод
– радиационный метод
– радиометрический метод
– разностный метод
– разрушающий метод
– рентгеноструктурный метод
– ресонансный метод
– рупорно-линзовый метод
– симболический метод
– спектроскопический метод
– статистический метод
– стробоскопический метод
– струйный метод
– ступенчатый метод
– субъективный метод
– табличный метод
– теневой метод
– топологический метод
– точный метод
– финитный метод
– флотационный метод
– цепной метод
– численный метод
– шуповой метод
– эмпирический метод
– энергетический метод
– эргатический метод
– эскалаторный метод
абсолютный метод измерения — absolute method of measurement
дальномерный метод навигации — rho-rho navigation
дифференцированный метод контроля — differential control method
кислотный метод испытаний — acid test
косвенный метод измерения — indirect method of measurement
метод амплитудного анализа — kick-sorting method
метод анализа узловой — <tech.> nodal analysis
метод аналитической вставки — cantilevel extension
метод аппроксимации отображаемых поверхностей сплайнами — spline surface technique
метод быстрейшего спуска — steepest descent method
метод вариации постоянных — method of variation of parameters
метод ветвей и границ — branch and bound method, branch-and-bound, <math.> branch-and-bound method
метод ветвления и ограничения — branch and bound method
метод взаимных градиентов — <math.> conjugate-gradient method
метод воздушной проекции — aero-projection method
метод возможных направлений — <math.> method of feasible directions
метод времени пролета — time-of-flight method
метод встречного включения — <tech.> opposition method
метод встречного фрезерования — conventional milling method
метод гармонического баланса — describing function method
метод двух узлов — nodal-pair method
метод дирекционных углов — method of gisements
метод запаса прочности — load factor method
метод зеркальных изображений — method of electrical images
метод зонной плавки — floating-zone method
метод избыточных концентраций — isolation method
метод измерения по точкам — point-by-point method
метод изотопных индикаторов — tracer method
метод искаженных волн непрерывного спектра — <phys.> continuous-distorted-wave approximation
метод испытательной строки — test-line method
метод итераций Гаусса-Зайделя — <math.> Gauss-Seidel iteration
метод качающегося кристалла — rotating-crystal method
метод качающейся частоты — <electr.> wobbulator method
метод кольца и шара — ball-and-ring method
метод комбинирования для получения оптимальных вариантов — mix-and-match technique
метод конечных разностей — finite difference method
метод конечных элементов — <math.> finite element method
метод контроля качества — quality control method
метод контурного анализа — <tech.> loop analysis
метод контурных токов — mesh-current method
метод корневого годографа — root-locus method
метод крупных частиц — <math.> particle-in-cell method
метод лаковых покрытий — brittel-varnish method
метод линейной интерполяции — method of proportional parts
метод ложного положения — <math.> method of false position
метод лучевого зондирования — ray-trace method
метод магнитного порошка — magnetic particle method
метод малого параметра — pertubation theory
метод малых возмущений — perturbation method
метод механической обработки — machining method
метод моментных площадей — area moment method
метод нагретой нити — <phys.> hot-wire technique
метод наибольшего ската — saddle-point method
метод наименьших квадратов — method of least squares
метод наискорейшего спуска — <math.> method of steepest descent
метод наихудшего случая — <math.> worst-case method
метод наружных зарядов — adobe blasting method
метод неподвижных точек — method of fixed points
метод нивелирования по частям — method of fraction levelling
метод нулевого отклонения — <tech.> zero deflection method
метод нулевых биений — zero-beat method
метод нулевых точек — neutral-points method
метод нулей Барле — <phys.> Barrelet method of zeroes
метод обеспечения надежности — reliability method
метод обогащения данных — data enrichment method
метод обратной задачи — <math.> inverse-scattering method
метод одного отсчета — total value method
метод ортогонализованных плоских волн — <opt.> orthogonalized-plane-wave method
метод особых возмущений — singular perturbation method
метод отбора проб — sampling method
метод относительных приростов — <engin.> method of incremental rates
метод отраженных волн — < radio> reflected wave method
метод отраженных импульсов — pulse-echo method
метод падающего тела — falling body method
метод параллельного действия — parallel mode
метод парамагнитного резонанса — paramagnetic-resonance method
метод первого приближения — first approximation method
метод передачи совместных значений — <comput.> composite value method
метод переменной плотности — <phot.> movietone
метод переменных направлений — <math.> ADI method, alternating direction method
метод перераспределения моментов — moment distribution method
метод пересекающихся дучей — crossed beam method
метод переходного состояния — transition state method
метод перспективных сеток — grid method
метод плавающей зоны — <metal.> floating zone melting
метод планирования балансовый — <econ.> balance-chart method of planning
метод подвижного или передвигающего наблюдателя — moving-observer technique
метод покоординатного спуска — <math.> alternating-variable descent method
метод полной деформации — total-strain method
метод половинных отклонений — half-deflection method
метод полярных координат — polar method
метод попутного фрезерования — climb milling method
метод последовательного счета — incremental method
метод последовательных исключений — successive exclusion method
метод последовательных поправок — successive correction
метод последовательных элиминаций — method of exhaustion
метод послесплавной диффузии — post-alloy-diffusion technique
метод предпоследнего остатка — <math.> method of penultimate remainder
метод приближения объемного заряда с резкой границей — abrupt space-charge edge
метод пробных выборок — <math.> model sampling
метод прогноза и коррекции — <math.> predictor-corrector method
метод программирующих программ — programming program method
метод пространств входных массивов — <comput.> input space approach
метод равносигнальной зоны — lobing
метод равных высот — equal-altitude method
метод равных деформаций — equal-strain method
метод равных отклонений — <tech.> equal deflection method, equal-deflection method
метод разделения переменных — method of separation of variable
метод разрушающей нагрузки — load-factor method
метод растрового сканирования — raster-scan method
метод сдвинутого сигнала — offset-signal method
метод селекции мод — mode selecting technique
метод серого клина — gray-wedge method
метод сжатия импульсов — pulse compression technique
метод симметричных составляющих — method of symmetrical components
метод синхронизации мод — mode-locking technique
метод синхронизации фаз — phase-locking technique
метод синхронного накопления — synchronous storage method
метод сканирования полосой — single-line-scan television meth
метод сканирования пятном — spot-scan photomultiplier method
метод сквозного счета — <phys.> shock-capturing method
метод скользящего окна — <math.> data windowing
метод скользящих средних — <math.> moving average method, moving-average method
метод скорейшего спуска — <math.> method of steepest descent
метод совместных значений — <comput.> composite value method
метод сопряженных градиентов — <math.> method of complex gradients
метод сопряженных уравнений — <math.> adjoint method
метод сосредоточенных параметров — lumped-parameter method
метод составного стержня Гопкинсона — Hopkinson split-bar method
метод спадания заряда — fall-of-charge method
метод спирального сканирования — spiral-scan method
метод сравнений по модулю 9 — <math.> casting out nines
метод средних квадратов — midsquare method
метод сухого озоления — dry combustion method
метод сухого порошка — dry method
метод точечного вплавления — dot alloying method
метод трех баз — three-base method
метод угловой деформации — slope-deflection method
метод угловой модуляции — angular modulation method
метод удаляемого маски — rejection mask method
метод удаляемого трафарета — rejeciton mask method
метод узлового анализа — <tech.> nodal analysis
метод узловых потенциалов — node-voltage method
метод унифицированных модулей — building-block method
метод уравнивания по направлениям — method of directions
метод уравнивания по углам — method of angles
метод фазовой плоскости — phase plane method
метод фазовых функций — <phys.> variable-phase method
метод чередущихся направлений — <math.> ADI method, alternating direction method
метод эффективного пространства — effective medium approach
непосредственный метод отыскания производной — delta method
основанный на переходе к сравнениям метод проверки — casting out
относительный метод измерения — relative method of measurement
панельный метод испытаний — panel-spalling test
параллельно-последовательный метод выполнения операций — parallel-serial mode
прессование металла обратным метод — inverse extrusion
прямой метод измерения — direct method of measurement
угломерный метод навигации — theta-theta navigation
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55 Gutenberg, Johann Gensfleisch zum
SUBJECT AREA: Paper and printing[br]b. c. 1394–9 Mainz, Germanyd. 3 February 1468 Mainz, Germany[br]German inventor of printing with movable type.[br]Few biographical details are known of Johann Gensfleisch zum Gutenberg, yet it has been said that he was responsible for Germany's most notable contribution to civilization. He was a goldsmith by trade, of a patrician family of the city of Mainz. He seems to have begun experiments on printing while a political exile in Strasbourg c. 1440. He returned to Mainz between 1444 and 1448 and continued his experiments, until by 1450 he had perfected his invention sufficiently to justify raising capital for its commercial exploitation.Circumstances were propitious for the invention of printing at that time. Rises in literacy and prosperity had led to the formation of a social class with the time and resources to develop a taste for reading, and the demand for reading matter had outstripped the ability of the scribes to satisfy it. The various technologies required were well established, and finally the flourishing textile industry was producing enough waste material, rag, to make paper, the only satisfactory and cheap medium for printing. There were others working along similar lines, but it was Gutenberg who achieved the successful adaptation and combination of technologies to arrive at a process by which many identical copies of a text could be produced in a wide variety of forms, of which the book was the most important. Gutenberg did make several technical innovations, however. The two-piece adjustable mould for casting types of varying width, from T to "M", was ingenious. Then he had to devise an oil-based ink suitable for inking metal type, derived from the painting materials developed by contemporary Flemish artists. Finally, probably after many experiments, he arrived at a metal alloy of distinctive composition suitable for casting type.In 1450 Gutenberg borrowed 800 guldens from Johannes Fust, a lawyer of Mainz, and two years later Fust advanced a further 800 guldens, securing for himself a partnership in Gutenberg's business. But in 1455 Fust foreclosed and the bulk of Gutenberg's equipment passed to Peter Schöffer, who was in the service of Fust and later married his daughter. Like most early printers, Gutenberg seems not to have appreciated, or at any rate to have been able to provide for, the great dilemma of the publishing trade, namely the outlay of considerable capital in advance of each publication and the slowness of the return. Gutenberg probably retained only the type for the 42- and 36-line bibles and possibly the Catholicon of 1460, an encyclopedic work compiled in the thirteenth century and whose production pointed the way to printing's role as a means of spreading knowledge. The work concluded with a short descriptive piece, or colophon, which is probably by Gutenberg himself and is the only output of his mind that we have; it manages to omit the names of both author and printer.Gutenberg seems to have abandoned printing after 1460, perhaps due to failing eyesight as well as for financial reasons, and he suffered further loss in the sack of Mainz in 1462. He received a kind of pension from the Archbishop in 1465, and on his death was buried in the Franciscan church in Mainz. The only major work to have issued for certain from Gutenberg's workshop is the great 42-line bible, begun in 1452 and completed by August 1456. The quality of this Graaf piece of printing is a tribute to Gutenberg's ability as a printer, and the soundness of his invention is borne out by the survival of the process as he left it to the world, unchanged for over three hundred years save in minor details.[br]Further ReadingA.Ruppel, 1967, Johannes Gutenberg: sein Leben und sein Werk, 3rd edn, Nieuwkoop: B.de Graaf (the standard biography), A.M.L.de Lamartine, 1960, Gutenberg, inventeur de l'imprimerie, Tallone.Scholderer, 1963, Gutenberg, Inventor of Printing, London: British Museum.S.H.Steinberg, 1974, Five Hundred Years of Printing 3rd edn, London: Penguin (provides briefer details).LRDBiographical history of technology > Gutenberg, Johann Gensfleisch zum
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56 Институт литых сплавов
Electrochemistry: Alloy Casting InstituteУниверсальный русско-английский словарь > Институт литых сплавов
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57 институт литья легированных металлов
Metallurgy: Alloy Casting InstituteУниверсальный русско-английский словарь > институт литья легированных металлов
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58 линотипный сплав
1) Engineering: linotype alloy2) Metallurgy: (типографский) linotype metal3) Advertising: line-casting metal, linotype metal4) Makarov: lynotype metal -
59 Aluminiumlegierungsdruckguss
m < metall> ■ aluminum alloy die castingGerman-english technical dictionary > Aluminiumlegierungsdruckguss
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60 Sonderguss
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