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1 effect of shrinkage
effect of shrinkage Schwindeinfluss mEnglish-German dictionary of Architecture and Construction > effect of shrinkage
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2 effect of shrinkage
Нефтепромысловый: влияние усадки -
3 effect of shrinkage
Англо-русский словарь нефтегазовой промышленности > effect of shrinkage
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4 effect
1. действие2. эффект3. влияние4. результат, следствие6. производить7. вызыватьablation effect — влияние абляции, эффект абляции
after effect — последействие
anisotropic effect — эффект анизотропии
area effect — влияние поверхности
ballistic effect — баллистический эффект
Barkhausen effect — эффект Баркгаузена (скачкообразное изменение намагниченности ферромагнетиков при непрерывном изменении внешних условий)
Bauschinger effect — эффект Баушингера (уменьшениие сопротивления кристаллического материала пластической деформации после предварительной малой пластической деформации противоположного знака)
binding effect — эффект связывания, связывающее [сцепляющее] действие
Cherenkov effect — эффект [свечение] Черенкова (свечение, вызываемое в прозрачной среде заряженной частицей, которая движется со скоростью, превышающей фазовую скорость распространения света в этой среде)
corrosion effect — воздействие коррозии
creep effect — влияние ползучести
crevice effect — щелевой эффект
cross-linking effect — влияние структурирования
cryogenic radiation effect — влияние облучения при криогенных температурах
Dember effect — эффект Дембера, фотодиффузионный эффект
diamagnetic effect — диамагнитный [магнитный поляризационный] эффект
dielectric relaxation effect — диэлектрический релаксационный эффект
diffraction effect — эффект дифракции
effect of aging — эффект старения
effect of humidity — влияние влажности
effect of prelaunch environmental — влияние предпусковых условий
effect of quenching — влияние закалки
effect of resin content — влияние содержания смолы
effect of shrinkage — влияние усадки
elastooptic effect — упругооптический эффект
electrochemical effect — электрохимический эффект
electrooptical effect — электрооптический эффект
elevated-temperature effect — влияние повышенной температуры
embrittling effect — влияние охрупчивания
environmental effect — влияние [воздействие] окружающей среды
erosion effect — влияиие эрозии
external Rehbinder effect — внешний эффект Ребиндера, внешний адсорбционный эффект понижения прочности
Faraday effect — эффект Фарадея (вращение плоскости поляризации света при распространении его в веществе вдоль линий магнитного поля)
galvanomagnetic effect — гальваномагнитный эффект
gettering effect — 1) эффект генерирования 2) газопоглощение, геттерирование
Hall effect — эффект Холла (возникновение поперечной разности потенциалов при помещении проводника с постоянным током в магнитное поле)
heat effect — тепловой эффект, теплотворная способность
high-temperature effect — влияние высокой температуры
inhibiting effect — задерживающее влияние, антикоррозионное [антиокислительное] действие
internal photoelectric effect — внутренний фотоэффект
internal Rehbinder effect — внутренний эффект Ребиндера, внутренний адсорбционный эффект понижения прочности
irradiation effect — влияние облучения
isotropic effect — изотропный эффект
Johnson effect — эффект Джонсона
Kaiser effect — эффект Кайзера ( акустоэмиссионный эффект памяти материалов)
Kelvin effect — поверхностный эффект, скин-эффект
Kirkendall effect — эффект Киркендалла (смещение границы раздела двух веществ при различии диффузионных потоков из одного вещества в другое; из-за разности этих потоков вблизи границы раздела появляется пористость)
low-temperature effect — влияние низкой температуры
magnetoelastic effect — магнитоупругий эффект, магнитострикция
magnetoelectric effect — магнитоэлектрический эффект
magnetooptical effect — магнитооптический эффект
magnetoresistive effect — гальваномагнитный эффект, эффект Холла
moire effect — муаровый эффект
moisture effect — влияние влажности
Mossbauer effect — эффект Мессбауэра ( резонансное испускание и поглощение гамма-лучей без отдачи)
neutron irradiation effect — влияние нейтронного облучения
notch effect — влияние [эффект] надреза ( при механических испытаниях)
optical Stark effect — оптический эффект Штарка (расщепление спектральных линий атомов и молекул, попавших в сильное электрическое поле)
orientation effect — ориентационный эффект, влияние степени ориентации
packing effect — степень упаковки
Peltier effect — явление [эффект] Пельтье, обратный термоэлектрический эффект
photoelastic effect — фотоупругий эффект
piezoelectric effect — пьезоэлектрический эффект
piezooptical effect — пьезооптический эффект
processing effect — результаты обработки; влияние технологии
quenching effect — влияние закалки
radiation effect — действие излучения, влияние облучения; действие проникающей радиации
radiation-hardening effect — эффект упрочнения облучением
radiative effect — радиационный эффект
Raman effect — комбинационное рассеяние света
re-entry effect — влияние входа в плотную атмосферу
Rehbinder effect — эффект Ребиндера, адсорбционный эффект понижения прочности
reinforcing effect — влияние армирования
repeated stress effect — действие повторных нагрузок
shielding effect — эффект теплозащиты [экранирования]
shrinkage effect — эффект усадки
size effect — 1) масштабный фактор [эффект] 2) влияние аппретирования
skin effect — поверхностный эффект, скин-эффект
Soret effect — эффект Соре, термодиффузия
space environmental effect — влияние космических условий
space radiation effect — влияние космического излучения
Stark effect — эффект Штарка (расщепление и сдвиг спектральных линий атомов и молекул во внешнем электрическом поле)
static fatigue effect — действие статической усталости
strengthening effect — упрочняющий эффект, эффект упрочнения
stress concentration effect — влияние концентрации напряжений
temperature effect — влияние температуры, температурный эффект
thermal effect — тепловой [термический] эффект
thermoelastic effect — термоупругий эффект
thermomagnetic effect — термомагнитный эффект
transpiration cooling effect — эффективность испарительного охлаждения
tunneling effect — туннельный эффект
vibration effect — воздействие вибраций
Zeeman effect — эффект [явление] Зеемана ( расщепление линий атомных спектров в магнитном поле)
zero g effect — влияние невесомости
English-Russian dictionary of aviation and space materials > effect
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5 shrinkage effect
Полимеры: усадка -
6 shrinkage effect
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7 solidification-shrinkage effect
Англо-русский металлургический словарь > solidification-shrinkage effect
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8 solidification-shrinkage effect
Металлургия: усадочный эффект при кристаллизацииУниверсальный англо-русский словарь > solidification-shrinkage effect
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9 of shrinkage effect
Англо-русский словарь по ядерным испытаниям и горному делу > of shrinkage effect
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10 Chain Twill
Another name for the Clay Twill. These twills give a chain effect due to the two fold weft and the large amount of shrinkage in width that takes place during finishing. There is about 15 to 17 per cent shrinkage from cloth width to finished width. The yams are botany worsteds and woven about 60 X 62 per inch; 2/38's to 23/4/42's yarns. -
11 water
1) вода
2) водовозный
3) водоналивный
4) водоперепускный
5) водоподпорный
6) водопонижающий
7) водоприемный
8) водоуказательный
9) водоумягчающий
10) водоумягчительный
11) водяной
12) муарировать
13) споить
14) ватерный
15) водный
16) гидравлический
17) мочить
18) смачивать
– abrasive water
– acidic water
– activated water
– adsorbed water
– adsorption water
– aerated water
– aggressive water
– alkaline water
– ammonia water
– bath water
– bilge water
– boiler water
– bound water
– capillary water
– chemistry of water
– chlorinated water
– circulating water
– clarified water
– clarify water
– condition water
– crystal water
– deaerated water
– demineralized water
– deposit water
– depth water
– desalinate water
– desalinated water
– desalted water
– disinfection of water
– drain water
– drainage water
– edge water
– elevation of water
– entrapped water
– feed water
– film water
– free water
– hardness of water
– head water
– heating-system water
– heavy water
– high water
– hydration water
– impounded water
– industrial water
– infiltration water
– inject water
– interstitial water
– lay a cable in water
– light water
– lime water
– low water
– low water level
– low water line
– make-up water
– meteoric water
– millimeter of water
– mine water
– mineral water
– mineralized water
– natural water
– polluted water
– potable water
– power water
– pressure water
– process water
– pump out the water
– pure water
– purified water
– reclaimed water
– return water
– rinsing water
– running water
– seepage water
– settle water
– settling-vat water
– shield water
– ship by water
– shrinkage water
– soften water
– softened water
– soil water
– stagnant water
– steeping water
– storm water
– stratal water
– sulphate water
– superheated water
– surface water
– sweet water
– tail water
– tap water
– thermal water
– travel by water
– twice-distilled water
– underground water
– upstream water
– void water
– vulcanization in hot water
– waste water
– water absorbing
– water amelioration
– water area
– water balance
– water ballast
– water barge
– water bath
– water blancher
– water cadastre
– water carrier
– water chlorination
– water circulation
– water circulator
– water clarification
– water classifying
– water collection
– water column
– water concentration
– water conduit
– water conservation
– water cooler
– water cooling
– water deluting
– water discharge
– water disharge
– water displacing
– water droplet
– water equivalent
– water flow
– water gas
– water glass
– water hammer
– water hardening
– water heating
– water hose
– water ice
– water injection
– water intake
– water jacket
– water jet
– water landing
– water line
– water main
– water mass
– water of constitution
– water of plasticity
– water paint
– water permeable
– water pipe
– water preparation
– water pump
– water pumping
– water purification
– water receiving
– water regime
– water reservoir-cooler
– water scoop
– water seal
– water shutoff
– water side
– water softener
– water softening
– water sprays
– water suit
– water surface
– water tank
– water treatment
– water turbine
– water use rate
– water wall
– wet water meter
domestic hot water converter — абонентский водоподогреватель
high water level — <geol.> горизонт высоких вод
interstitial bottom water — <energ.> вода пластовая
snow water on ice — <geogr.> лед со снежинцами
water supply well — <energ.> скважина водозаборная
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12 after
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13 differential
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14 potential
1. n тех. физ. потенциал2. n эл. напряжение, потенциалpotential difference — разность потенциалов, напряжение
3. n физ. мат. потенциальная функция4. a потенциальный, возможный; скрытый5. a сослагательныйpotential mood — сослагательное наклонение, выражающее возможность
6. a редк. мощный, могущественныйСинонимический ряд:1. likely (adj.) abeyant; able; capable; conceivable; dormant; eventual; implied; inherent; latent; likely; lurking; passive; plausible; possible; prepatent; quiescent2. possibility (noun) ability; aptitude; attitude; capability; capacity; facility; hope; latent talent; possibilities; possibility; potentiality; promise; talentАнтонимический ряд:actual; incapable; limitation; unlikely -
15 Australian Crepe
A dress fabric for export, made with a cotton warp and worsted weft. During finishing the shrinkage gives a crimpy effect. -
16 Felt
BILLIARD CLOTH, or FELTThe finest textile fabric made and is a woollen cloth of the beaver type. The wool is very carefully selected and then spun with great care. Expert weavers operate the looms which weave into cloths the thousands of very fine threads. The cloth is then milled so thoroughly that it is waterproof and capable of resisting the dampest atmosphere. The dye used is such that light has little effect upon it. The best merino wool is used, and when ready for use the cloth has a perfect level face, soft and smooth. Plain weave is used for the best grades and 3-shaft twill for others. Widths from 72-in. to 81-in. Cloth shrinks about 331/3 per cent from reed width to the finished width. An all-cotton billiard cloth is now being made and is meeting with much support. ———————— A wool fabric united without weaving. It is actually a sheet of wool fibre, matted into a substantial texture by the application of heat, moisture and pressure. There are many woven fabrics that are felted so heavily that it is difficult to decide whether they are woven or not, as the threads are so closely interlocked that they cannot be separated, and this fabric is stronger than a carded felt of same weight. The shrinkage of a woven felt fabric may be up to 50 per cent in both width and length. The peculiar property of felt is believed to have been known in early times, and the process of felting was used for the tents of the Tartar, as well as for articles of their clothing. It is difficult to say when felted wool was first used for hats. Hats of felt were worn in England in the Middle Ages. -
17 Crape
CRAPE, CRAPINGSee crepe, crepons and crisp ————————CREPE (Fancy Crepe, Crape)Originally called crapes, and were always black and used for mourning purposes. It is a puckered or crinkled fabric. Special hard-twisted yarns are used, and when the cloth is washed or finished a crepe effect is produced which is permanent, due to the shrinkage of the special yarns. The cloths produced by what are termed crepe weaves do not pucker except when hard-twisted yarns are used (see Crepon). The following weave particulars are typical of true cotton crepes produced from crepe yarns in a plain weave and when finished the cloths shrink from 48-in. to 34/5-in. One has 48 ends and 42 picks per inch in the loom and gives 60 ends and 52 picks per inch finished. Warp and weft are 2/120's. The other is woven 38 X 46 in the loom and gives 56 X 60 finished, 100's warp and weft crepe yarns, with 2/80's colour. Both fabrics are picked two right and two reverse. -
18 Crepe
CREPE (Fancy Crepe, Crape)Originally called crapes, and were always black and used for mourning purposes. It is a puckered or crinkled fabric. Special hard-twisted yarns are used, and when the cloth is washed or finished a crepe effect is produced which is permanent, due to the shrinkage of the special yarns. The cloths produced by what are termed crepe weaves do not pucker except when hard-twisted yarns are used (see Crepon). The following weave particulars are typical of true cotton crepes produced from crepe yarns in a plain weave and when finished the cloths shrink from 48-in. to 34/5-in. One has 48 ends and 42 picks per inch in the loom and gives 60 ends and 52 picks per inch finished. Warp and weft are 2/120's. The other is woven 38 X 46 in the loom and gives 56 X 60 finished, 100's warp and weft crepe yarns, with 2/80's colour. Both fabrics are picked two right and two reverse. -
19 Fancy Crepe
CREPE (Fancy Crepe, Crape)Originally called crapes, and were always black and used for mourning purposes. It is a puckered or crinkled fabric. Special hard-twisted yarns are used, and when the cloth is washed or finished a crepe effect is produced which is permanent, due to the shrinkage of the special yarns. The cloths produced by what are termed crepe weaves do not pucker except when hard-twisted yarns are used (see Crepon). The following weave particulars are typical of true cotton crepes produced from crepe yarns in a plain weave and when finished the cloths shrink from 48-in. to 34/5-in. One has 48 ends and 42 picks per inch in the loom and gives 60 ends and 52 picks per inch finished. Warp and weft are 2/120's. The other is woven 38 X 46 in the loom and gives 56 X 60 finished, 100's warp and weft crepe yarns, with 2/80's colour. Both fabrics are picked two right and two reverse. -
20 Crimp Fabrics
The term includes such types as the "blister" and the "crepon." These fabrics are used for the making of dress goods, and can be produced in five different ways, namely: (a) by making suitable combinations of slack and tight weaves; (b) unequal warp tension in weaving, the crimp forming warp threads being allowed to weave very slack; (c) by combining two materials having a marked dissimilarity of shrinkage power during wet finishing, i.e., botany wool and mohair; (d) by modifying the weave structure in such a manner as to drop some picks from the main fabric and allow them to float on the back, the effectiveness of this method is enhanced by using a hard-twisted, single weft yarn to assist the contraction; (e) chemical means, such as is produced by printing the cloth in stripes with caustic soda of about 20 per cent strength, thickened with some substance such as starch. The cloth shrinks where printed and the unprinted parts in puckering gives the crimp effect. By dyeing the cloth two tones are obtained as a darker shade is shown where the caustic soda appears (see crepeing and crimps)
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