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1 work-hardening material
Автоматика: материал, поддающийся наклёпуУниверсальный англо-русский словарь > work-hardening material
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2 work-hardening material
материал, поддающийся наклёпуEnglish-Russian dictionary of mechanical engineering and automation > work-hardening material
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3 stable work-hardening material
Англо-русский словарь промышленной и научной лексики > stable work-hardening material
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4 unstable work-hardening material
неустойчиво ( по Друкеру) упрочняющийся материалАнгло-русский словарь промышленной и научной лексики > unstable work-hardening material
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5 material
материал; вещество || материальный; вещественныйmaterial being cut — материал, обрабатываемый резанием; разрезаемый материал
material being fed — подаваемый материал, продвигаемый материал
material being machined — материал, обрабатываемый на станке, материал, обрабатываемый на металлорежущем станке
- abrasive materialmaterial to be routed — материал, обрабатываемый на быстроходном фасонно-фрезерном станке
- absorbing material
- absorption material
- acidproof material
- acid-resisting material
- activated material
- active material
- add material
- adding material
- adhering molding material
- alloy materials
- alloying material
- alternate material
- antifriction material
- antislip material
- architectural material
- as-received material
- audiovisual material
- auxiliary material
- backing material
- bad material
- balled material
- base material
- basic material
- bead material
- bearing material
- best quality materials
- binder material
- binding material
- bonding material
- brazing material
- brittle material
- building material
- bulk material
- burden material
- carbide material
- carbon electric material
- carbon electrical material
- carbonaceous reducing material
- carburizing material
- casthouse materials
- categorized material
- ceramic material
- certified reference material
- charge material
- charging material
- clad material
- cleansing material
- coating material
- coiled material
- cold-charged material
- cold-worked material
- combustible material
- commercial material
- composite material
- composite metallic material
- composition material
- compound material
- conducting material
- contact conductor material
- container material
- controlled-porosity material
- core material
- corrosion-resisting material
- creep strained material
- critical material
- crucible material
- cushioning material
- cutting material
- cutting-tool material
- cycled material
- damping material
- deep-coat material
- defective material
- defense material
- depleated material
- diamagnetic material
- difficult-to-cut material
- difficult-to-machine material
- dispersion-hardened material
- dispersion-strengthened material
- dissimilar materials
- dissipative material
- document material
- dolomite-based material
- ductile material
- easy-to-cut material
- elastomeric material
- electric contact material
- electrical engineering material
- electrically active polymeric material
- electrically insulating material
- electrode material
- electrotechnical material
- elongated material
- emitting material
- engineering materials
- enriched material
- environmentally resilient material
- epoxy matrix material
- excessive uncut material
- extraneous material
- extreme pressure material
- facing material
- feed material
- ferrimagnetic material
- ferroelectric material
- ferromagnetic material
- ferrous materials
- fettling material
- fiber material
- fiber-reinforced material
- fiber-strengthened material
- fibrous composite material
- fibrous material
- filling material
- fine material
- flexible-heavy material
- fluid-extruded material
- fluorescent material
- fluxing material
- foreign material
- free-cutting material
- free-machining material
- friction material
- fuel material
- fully dense material
- fully fired material
- fully flattened material
- grain material
- granular material
- grinding material
- half-finished material
- hard material
- hard-magnetic material
- hard-to-cut material
- hard-to-machine material
- hard-to-punch material
- heat-absorbing material
- heat-conductive material
- heat-insulating material
- heat-resistant material
- heat-sensitive material
- heat-transfer material
- heavily alloyed material
- heavy material
- heavy-duty material
- heavy-gravity material
- high-coercivity material
- high-conductivity material
- high-force material
- high-friction material
- high-melting-point material
- high-resistivity material
- high-strength material
- high-technology materials
- high-temperature-resistant material
- high-tempering temperature material
- high-tensile strength material
- honest material
- host material
- hot-finished material
- hyperconductor material
- ideally plastic material
- imperfect material
- incombustible material
- incoming materials
- incompressible material
- inert material
- inflammable material
- ingoing material
- in-process material
- instructional material
- insulating material
- insulation material
- intermediate material
- iron-bearing material
- isotropic material
- jointing material
- lagging material
- laser material
- light material
- light-duty material
- light-stiff material
- limy material
- lining material
- loading material
- loose material
- low-ash reducing material
- low-coercivity material
- low-density material
- low-expansion material
- low-grade material
- low-strength material
- low-temperature material
- low-tensile strength material
- luminescent material
- lump material
- magnetic material
- magnetostrictive material
- material of construction
- material of high-absorbing power
- material of high-electric conductivity
- material of low-absorbing power
- material of low-machinability rating
- matrix material
- medium-strength material
- mix material
- moderator material
- mold material
- molding material
- multilayer bearing material
- multilayer conductor material
- multilayer material
- multimedia materials
- natural material
- no-coolant material
- noise-attenuating material
- nonabsorbent material
- noncombustible material
- nonconducting material
- noncrystalline material
- nonferromagnetic material
- nonferrous materials
- nonmagnetic material
- nonproduction material
- off-gage material
- oil-attracting material
- original material
- oversized material
- oxidizing material
- packing material
- paint material
- paramagnetic material
- parent material
- particulate material
- perfect material
- phase change material
- photoelectric material
- piezoelectric material
- plastic material
- plus material
- PM material
- polycrystalline material
- polymeric material
- poor heat conducting material
- poor machinability material
- pore-forming material
- positive active material
- powder material
- powder metallurgical material
- powdered material
- powdered refractory material
- preformed material
- prehardened material
- prepared burden materials
- prestrained material
- problem material
- radioactive material
- random material
- raw material
- recycled material
- reducing material
- reference material
- refractory backing material
- refractory conductor material
- refractory material
- refused material
- reinforced material
- rejected material
- remove material
- resistive material
- return material
- rework material
- roll-compacted powder material
- rolled sheet material
- rolling material
- rust-inhibiting material
- saleable material
- sandwiched material
- sandwich-type material
- scattering material
- scrap material
- sealant material
- sealing material
- secondary raw materials
- section material
- semiconducting material
- semiconductive material
- semifinished material
- semimanufactured material
- sheet material
- sheet-like material
- shell-mold material
- shield material
- shielding material
- shipbuilding material
- short-chipping material
- siliceous material
- siliceous refractory material
- sintered bearing material
- sintered material
- sintered metal-powder material
- slag-forming material
- slagging material
- soft material
- soft-magnetic material
- solid material
- sorted secondary raw materials
- sound-absorbing material
- sound-deadening material
- spent material
- spongy material
- sprayed material
- square-loop material
- standard cubic material
- standard material
- starting material
- stock material
- stopping material
- strain-hardened material
- strain-rate-resistive material
- strong material
- structural material
- stuffing material
- substrate material
- superconducting material
- superconductor material
- support material
- surface-active material
- suspended material
- tar-dolomite material
- target material
- tar-stabilized dolomite material
- test material
- test piece material
- textured material
- thermal insulating material
- thermally insulating material
- thermal-resistant material
- thermoplastic material
- thermosetting material
- titanium-base material
- tooling material
- tough material
- tough-to-machine material
- tracer material
- undersize material
- unprotected material
- unsized burden material
- vibration-deadening material
- virgin material
- viscoelastic material
- vitrified material
- waste material
- wearable material
- web material
- weighing material
- weld material
- welding wire material
- work material
- work-hardening material
- worthless material
- xerographic materialsEnglish-Russian dictionary of mechanical engineering and automation > material
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6 material
1) материал; вещество2) ткань, материал3) мн. ч. детали ( для обработки)•to calibrate a material — (точно) определять свойства материала-
ablative material
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abrasive material
-
absorbent material
-
acceptor material
-
acoustical material
-
acoustic material
-
active laser material
-
active material
-
adding material
-
advanced material
-
air-equivalent material
-
air-wall material
-
amorphous magnetic material
-
anisotropic material
-
anodic material
-
antiferroelectric material
-
antiferromagnetic material
-
antifriction material
-
antihalation material
-
antirot material
-
antislip material
-
antisun material
-
asbestos-cement material
-
atmospheric reentry material
-
attached foreign material
-
backfilling material
-
backfill material
-
backing material
-
barrier material
-
base material
-
basic material
-
batch material
-
bed material
-
bimetallic conductor material
-
binding material
-
bituminous material
-
black-and-white material
-
blanket material
-
bonding material
-
borrow material
-
bottoming material
-
bred material
-
breeder material
-
brittle material
-
bubble material
-
building material
-
bulk material
-
bulk semiconductor material
-
burden material
-
carbon electrical material
-
carrier material
-
case material
-
cast stone material
-
caved material
-
cementing material
-
ceramic foam material
-
ceramic material
-
charge material
-
charging material
-
clad dielectric material
-
clad material
-
coal-tar raw material
-
coating material
-
coherent material
-
cohesionless material
-
cohesive material
-
coiled material
-
cold-charged material
-
color material
-
combustible material
-
combustion materials
-
compact material
-
composite material
-
compounding material
-
concrete materials
-
conducting material
-
conductor material
-
constant bandgap material
-
constructional material
-
contact conductor material
-
core material
-
corrosion-resistance material
-
cover material
-
covering material
-
crib material
-
crucible material
-
crystalline material
-
cushioning material
-
damping material
-
degenerative semiconductor material
-
diamagnetic material
-
dielectric material
-
difficult-to-cut material
-
diffusion transfer material
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direct bandgap material
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discrete material
-
disordered material
-
dolomite-based material
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dopant material
-
doping material
-
dredged material
-
ductile material
-
dye bleach material
-
earthy raw materials
-
elastic material
-
electret material
-
electric contact material
-
electric insulating material
-
electrochromic material
-
electrode material
-
electroluminescent material
-
electronic-grade material
-
electronic material
-
electrooptical material
-
electrooptic material
-
electrostrictive material
-
electrotechnical material
-
ENG/EFP tape material
-
engineering material
-
epitaxial material
-
evaporated material
-
evaporation material
-
excavated material
-
excessive uncut material
-
expanded material
-
explosive material
-
extraneous material
-
extraterrestrial material
-
extrinsic material
-
fabric-filled molding material
-
facing material
-
feed material
-
ferrimagnetic material
-
ferroelectric material
-
ferromagnetic material
-
ferrous material
-
fertile material
-
fettling material
-
fiber glass material
-
fiber-filled molding material
-
fiber-forming material
-
fiber-reinforced material
-
fibrous material
-
filling material
-
finished material
-
finishing material
-
fireclay material
-
fired material
-
fireproof material
-
fire-resistant material
-
fissile material
-
fissionable material
-
fission material
-
flammable material
-
float material
-
fluxing material
-
foam material
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foam-type refractory material
-
food raw material
-
foreign material
-
foundation material
-
frost-resistant material
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fuel material
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fungicidal packaging material
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gaseous fissionable material
-
gasket material
-
glass-bonded reinforced dielectric material
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glass-bonded dielectric material
-
glass-ceramic material
-
glass-fiber material
-
glass-forming material
-
graded bandgap material
-
granular material
-
greasy material
-
grinding material
-
gunned material
-
half-finished material
-
hard material
-
hard-magnetic material
-
hard-to-machine material
-
heat-insulating material
-
heat-resistant material
-
heat-resisting conductor material
-
heat-resisting material
-
heat-softenable material
-
heat-transfer material
-
high-alloy material
-
high-coercivity material
-
high-conductivity material
-
high-definition material
-
high-expansion material
-
high-performance material
-
high-resistivity material
-
high-resolution material
-
high-Z material
-
honeycombed material
-
honeycomb material
-
host material
-
hot material
-
hydraulic insulating material
-
hydrocarbon material
-
hyperconductor material
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ideal granular material
-
imaging material
-
incombustible material
-
inedible raw material
-
inedible material
-
inert material
-
inflammable material
-
in-process material
-
insulating material
-
intergranular material
-
intermediate material
-
intrinsic material
-
isotropic material
-
jointing material
-
joint-sealing material
-
laminated material
-
large-gap material
-
laser material
-
lasing material
-
library material
-
light-sensitive material
-
linearly elastic material
-
lining material
-
liquid fissionable material
-
loading material
-
loose material
-
lossy material
-
lost circulation material
-
low-bandgap material
-
low-gap material
-
low-coercitivity material
-
low-expansion material
-
low-loss material
-
low-mobility photovoltaic material
-
low-resistivity material
-
lump material
-
magnetic material
-
magnetically hard material
-
magnetically soft material
-
magnetodielectric material
-
magnetooptic material
-
magnetostrictive material
-
man-made material
-
materials of construction
-
metallic conductor material
-
metallic material
-
mine-run material
-
minus material
-
molding material
-
monocrystalline material
-
multicorrugating material
-
multilayer conductor material
-
multilayer material
-
narrow-bandgap material
-
natural material
-
negative electron affinity material
-
negative material
-
negative-image material
-
nonabrasive material
-
noncoherent material
-
noncombustible material
-
nonconductivity material
-
nonfired material
-
nonflammable material
-
nonfood raw material
-
nonmagnetic material
-
nonretentive material
-
nonsilver material
-
nonterrestrial material
-
n-type material
-
nuclear material
-
oil-resistant material
-
optical material
-
oversize material
-
oxide-metal material
-
packaging material
-
packing material
-
paintwork material
-
paramagnetic material
-
parent material
-
patching material
-
pavement material
-
paving material
-
phosphor material
-
photochromic material
-
photoconductive material
-
photographic material
-
photoresponsive material
-
photosensitive material
-
phototropic material
-
photovoltaic material
-
piezoelectric material
-
plastic material
-
polycrystalline material
-
poromeric material
-
positive electron affinity material
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positive material
-
positive-image material
-
preformed material
-
pressure sensitive material
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prestrained material
-
p-type material
-
pulp-making material
-
pyroelectric material
-
ramming material
-
random material
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rapid-access photographic material
-
raw material
-
receiving material
-
recording material
-
recycled material
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reference nuclear materials
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refractory conductor material
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refractory material
-
reject material
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rejected material
-
resistance material
-
resistive material
-
retentive material
-
returned fissile material
-
reversal material
-
road-building material
-
roll material
-
roll-compacted powder material
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rooting material
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rough material
-
rubber-cord material
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rubber-like material
-
rubber-reinforced material
-
rubbery material
-
sandwiched material
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scrap material
-
sealing material
-
secondary hardening material
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secondary raw materials
-
self-adhesive material
-
self-developing material
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semiconducting material
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semiconductive material
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semisolid bituminous materials
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sensitive material
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sheet material
-
shielding material
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silicate concrete material
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silverless material
-
sintered material
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sintered metal-powder material
-
slagging material
-
slip-cast material
-
soft material
-
soft-magnetic material
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solar energy storage material
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solid bituminous material
-
solid fissionable material
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solid-foamed material
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solvent-resistant material
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sound-absorbing material
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sound-insulating material
-
space-manufactured material
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spalling-resistant material
-
special fissionable material
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square-loop material
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standard nuclear materials
-
starting material
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stealth material
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stemming material
-
stowing material
-
structural material
-
superconducting material
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superconductive material
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superrefractory material
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surface-active material
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surface-inactive material
-
tamping material
-
tar-dolomite material
-
tar-stabilized dolomite material
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temperature sensitive material
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termination material
-
textured material
-
thermographic material
-
thermomagnetic material
-
thermosetting material
-
thermost material
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timber-based material
-
tool material
-
tree-length material
-
two-gap material
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two-valley material
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ultrarefractory material
-
unclad dielectric material
-
undersize material
-
upholstery material
-
vaporproof material
-
vesicular material
-
video material
-
vitrocrystalline material
-
wall-building material
-
washing material
-
waste material
-
waterproofing material
-
web material
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weighting material
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widebandgap material
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widegap material
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wood raw material
-
work material -
7 material
1. материал, вещество2. грунт3. материальный, вещественныйmaterials by structural properties — материалы, классифицируемые по структурным свойствам
abrasive material — абразивный материал, абразив
4. глинистый материалbase material — основное вещество; основа; материал подложки
area material — печатный материал, подсчитываемый по площади
5. глинистая порода; глинистый грунтartificial pozzolanic material — искусственный пуццолановый материал, искусственный пуццолан
backing material — подкладочный материал, подкладка
bagged material — материал, поставляемый в мешках; материал, затариваемый в мешки
binding material — связующий материал, вяжущее
bonding material — вяжущий материал, вяжущее
cement-bound granular material — сцементировавшийся зернистый грунт; зернистый грунт, подвергнутый цементации
cementing material — минеральный вяжущий материал, минеральное вяжущее
coated material — чёрный щебень; щебень, обработанный чёрными вяжущими
coating material — обмазочный материал; обмазочная смесь, обмазка; штукатурка
composite material — композиционный материал, композит
fiber reinforced material — материал, армированный волокном
fill material — сыпучий материал, материал для засыпки
foamed-in-place acoustical materials — звукоизоляционные пенопласты, приготовляемые на месте укладки
6. зернистый материал7. зернистый грунтgritting materials — каменная мелочь, высевки, мелкий гравий
jointing material — материал для устройства швов; материал для герметизации стыков
laminated material — слоистый материал; слоистый пластик
lining material — облицовочный материал; футеровочный материал
8. рыхлый материал9. рыхлый грунтlow-tensile strength material — материал, обладающий малой прочностью при растяжении
maintenance patching material — материал для ямочного ремонта ; материал для мелкого отделочного ремонта
matrix material — вяжущий материал, вяжущее
nonconductive material — материал, не проводящий электротока, токоизолирующий материал
noncreeping material — материал с малой ползучестью, материал, практически не подверженный ползучести
parent material — минеральное или органическое вещество из материнской породы, которое образует грунт
10. пластичный материал11. пластическая масса, пластмассаpozzolanic material — пуццолан; пуццолановый материал
prebagged material — материал, затаренный в мешки
raw materials — сырьевые материалы, сырьё
recycled material — восстановленный материал; повторно используемый материал
release material — антиадгезионный материал, антиадгезионная смазка
resilient materials — эластомеры, эластичные материалы
matrice material — основная масса; шаблон
12. скальная порода13. элемент скальной породыsealing material — герметизирующий материал, герметик
sound material — прочный материал, качественный материал
sparkle material — материал, создающий блёскость покровного отделочного слоя
sprayed-on material — материал, наносимый набрызгом
strain-hardening material — самоупрочивающийся материал; материал, обладающий способностью к самоупрочнению
toxic material — токсичный материал, токсичное вещество
trim materials — материалы для плакирования деталей; материалы износостойких покрытий
walling material — стеновой материал, материал стен
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8 материал, поддающийся наклёпу
Automation: work-hardening materialУниверсальный русско-английский словарь > материал, поддающийся наклёпу
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9 characteristic
2. параметрcharacteristic of metal — характеристика металла
ablation characteristics — абляционные характеристики, характеристики уноса массы
aging characteristics — характеристики старения
anticorrosion characteristics — антикоррозионные свойства, коррозионная стойкость
antifriction characteristics — антифрикционные характеристики
antisticking characteristic — характеристика уменьшения липкости ( смазки)
binder characteristics — характеристики связующего [связки]
bonding characteristics — 1) характеристики соединения 2) характеристики сцепления
brittle-failure characteristic — характеристика хрупкого разрушения
brittle-fracture characteristic — характеристика хрупкого излома
compatibility characteristics — характеристики совместимости ( материалов)
corrosion protection characteristics — характеристики защиты от коррозии
corrosive characteristics — коррозионные свойства
crack propagation characteristic — характеристика распространения трещин
creep characteristics — характеристики ползучести
curing characteristics — 1) характеристики отверждения 2) характеристики вулканизации
deflagration characteristics — дефлаграционные характеристики
elastic characteristic — упругие свойства
electrical insulation characteristics — электроизоляционные характеристики
electrophysical characteristics — электрофизические характеристики
fabricating characteristics — 1) технологические характеристики 2) технологические параметры
fatigue characteristics — усталостные характеристики
fiber-forming characteristic — характеристика формообразования волокна
characteristic flammability characteristic — характеристика горючести, горючесть
fluorescent characteristic — люминесцентная характеристика
hardening characteristic — характеристики закаливаемости, прокаливаемость
heat-transfer characteristics — характеристики теплопередачи
high-temperature characteristics — высокотемпературные характеристики
insulation characteristics — теплоизоляционные свойства
low-cycle fatigue characteristics — малоцикловые усталостные характеристики
LOX-compatibility characteristics — характеристики совместимости ( материала) с жидким кислородом
manufacturing characteristic — характеристики изготовления, технологические характеристики
material characteristics — характеристики материала
mechanical characteristics — механические характеристики [свойства]
microstructural characteristics — микроструктурные характеристики
oxidation characteristic — характеристики окисления
physical characteristics — 1) физические свойства 2) механические свойства
physicochemical characteristics — физико-химические характеристики
plastic relaxation characteristics — характеристики пластической релаксации
processing characteristics — технологические характеристики
propellant processing characteristics — технологические характеристики ракетного топлива
radiation characteristic — характеристика излучения
recrystallization characteristics — рекристаллизационные характеристики
relaxation characteristics — релаксационные характеристики
response characteristic — характеристика чувствительности
rheological characteristics — реологические характеристики
rubbery characteristics — характеристики каучука
sealing characteristics — уплотняющие [герметизирующие] характеристики
self-lubricating characteristics — самосмазывающие свойства
shielding characteristic — экранирующие [защитные] характеристики
storage characteristics — характеристики при хранении
strain-hardening characteristic — характеристика деформационного упрочнения
strength characteristics — прочностные характеристики
strength-density characteristic — характеристика удельной прочности
stress-rupture characteristic — характеристики длительной прочности
stress-strain characteristics — характеристики зависимости деформации от напряжения, диаграмма напряжений
structural characteristics — 1) структурные характеристики 2) прочностные характеристики
temperature characteristic — температурная характеристика
thermal characteristic — термическая [тепловая] характеристика
thermal radiation characteristic — характеристика теплового излучения
viscoelastic characteristic — вязкоупругие характеристики
viscosity characteristics — характеристики вязкости
wear characteristics — характеристики износа [износостойкости]
welding characteristics — сварочные свойства, свариваемость
work-hardening characteristic — характеристика деформационного упрочнения
English-Russian dictionary of aviation and space materials > characteristic
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10 упрочняющийся материал
1) Engineering: strain-hardening material2) Makarov: work-hardening mediumУниверсальный русско-английский словарь > упрочняющийся материал
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11 rate
1. скорость, темп, интенсивность (изменения, процесса)2. степень3. коэффициент4. сорт5. класс, стоимостьrate of loading — скорость нагружения
rate of material — стоимость материала
rate of solidification — 1) скорость затвердевания 2) скорость кристаллизации
rate of sublimation — скорость сублимации
rate of transformation — скорость превращения
rate of vulcanization — скорость вулканизации
ablation rate — скорость абляции [уноса массы]
burning rate — скорость горения
chemical reaction rate — скорость химической реакции
combustion rate — скорость горения
convective cooling rate — скорость конвективного охлаждения
convective-heat transfer rate — 1) коэффициент конвективной теплопередачи 2) скорость конвективной теплопередачи
cooling rate — скорость охлаждения
corrosion rate — 1) скорость коррозии 2) степень коррозии
creep rate — скорость ползучести
curing rate — 1) скорость вулканизации 2) скорость отверждения
decay rate — скорость распада
decomposition rate — скорость разложения
deflagration rate — скорость дефлаграции
deposition rate — скорость осаждения
devitrification rate — скорость расстекловывания
diffusion rate — скорость диффузии
emission rate — 1) интенсивность испускания [эмиссии] 2) излучательная способность
erosion rate — скорость эрозии
fatigue crack propagating rate — скорость распространения усталостной трещины
heating rate — скорость нагрева
heat-transfer rate — коэффициент теплопередачи
infiltration rate — скорость пропитки
ionization rate — скорость ионизации
linear ablation rate — линейная скорость абляции
mass ablation rate — массовая [весовая] скорость абляции
mass-loss constant rate — линейная скорость абляции [уноса массы]
nucleation rate — скорость зарождения
out gassing rate — скорость дегазации
oxidation rate — скорость окисления
polymerization rate — скорость полимеризации
pyrolysis rate — скорость пиролиза
recombination rate — скорость рекомбинации
reduction rate — 1) скорость восстановления 2) скорость уменьшения 3) коэффициент уменьшения
relaxation rate — скорость релаксации
shearing rate — скорость ( относительной деформации) сдвига
strain rate — скорость деформации
strain-hardening rate — степень деформационного упрочнения
stress-relaxation rate — скорость релаксации напряжений
surface ablation rate — скорость поверхностной абляции [уноса массы]
wear rate — степень износа
work-hardening rate — 1) скорость наклёпываемости 2) степень деформационного упрочнения
English-Russian dictionary of aviation and space materials > rate
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12 максимальный
•The light intensity was a maximum in the centre of the laser beam.
•Dip is at its maximum over the magnetic poles.
•The peak blade speed...
•The production of this compound is attended with the maximum heat evolution.
•In order to get the most heat economy,...
•Table 10 gives the top Curie temperature of various material systems.
* * *Максимальный -- maximum, peak, top, ultimate, the most; at its greatestWhere fatigue is a consideration, peak stresses will have to be compared with allowable values.Top size 3/8" (максимальный размер частиц 3/8 дюйма)Chuck capacity (максимальный диаметр сверла, зажимаемого в патроне)It is the degree of prior work-hardening in the primary zone that has the most influence.Русско-английский научно-технический словарь переводчика > максимальный
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13 Porta, Giovanni Battista (Giambattista) della
SUBJECT AREA: Steam and internal combustion engines[br]b. between 3 October and 15 November 1535 Vico Equense, near Naples, Italyd. 4 February 1615 Naples, Italy[br]Italian natural philosopher who published many scientific books, one of which covered ideas for the use of steam.[br]Giambattista della Porta spent most of his life in Naples, where some time before 1580 he established the Accademia dei Segreti, which met at his house. In 1611 he was enrolled among the Oziosi in Naples, then the most renowned literary academy. He was examined by the Inquisition, which, although he had become a lay brother of the Jesuits by 1585, banned all further publication of his books between 1592 and 1598.His first book, the Magiae Naturalis, which covered the secrets of nature, was published in 1558. He had been collecting material for it since the age of 15 and he saw that science should not merely represent theory and contemplation but must arrive at practical and experimental expression. In this work he described the hardening of files and pieces of armour on quite a large scale, and it included the best sixteenth-century description of heat treatment for hardening steel. In the 1589 edition of this work he covered ways of improving vision at a distance with concave and convex lenses; although he may have constructed a compound microscope, the history of this instrument effectively begins with Galileo. His theoretical and practical work on lenses paved the way for the telescope and he also explored the properties of parabolic mirrors.In 1563 he published a treatise on cryptography, De Furtivis Liter arum Notis, which he followed in 1566 with another on memory and mnemonic devices, Arte del Ricordare. In 1584 and 1585 he published treatises on horticulture and agriculture based on careful study and practice; in 1586 he published De Humana Physiognomonia, on human physiognomy, and in 1588 a treatise on the physiognomy of plants. In 1593 he published his De Refractione but, probably because of the ban by the Inquisition, no more were produced until the Spiritali in 1601 and his translation of Ptolemy's Almagest in 1605. In 1608 two new works appeared: a short treatise on military fortifications; and the De Distillatione. There was an important work on meteorology in 1610. In 1601 he described a device similar to Hero's mechanisms which opened temple doors, only Porta used steam pressure instead of air to force the water out of its box or container, up a pipe to where it emptied out into a higher container. Under the lower box there was a small steam boiler heated by a fire. He may also have been the first person to realize that condensed steam would form a vacuum, for there is a description of another piece of apparatus where water is drawn up into a container at the top of a long pipe. The container was first filled with steam so that, when cooled, a vacuum would be formed and water drawn up into it. These are the principles on which Thomas Savery's later steam-engine worked.[br]Further ReadingDictionary of Scientific Biography, 1975, Vol. XI, New York: C.Scribner's Sons (contains a full biography).H.W.Dickinson, 1938, A Short History of the Steam Engine, Cambridge University Press (contains an account of his contributions to the early development of the steam-engine).C.Singer (ed.), 1957, A History of Technology, Vol. III, Oxford University Press (contains accounts of some of his other discoveries).I.Asimov (ed.), 1982, Biographical Encyclopaedia of Science and Technology, 2nd edn., New York: Doubleday.G.Sarton, 1957, Six wings: Men of Science in the Renaissance, London: Bodley Head, pp. 85–8.RLH / IMcNBiographical history of technology > Porta, Giovanni Battista (Giambattista) della
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14 rate
1) скорость; частота; интенсивность2) степень3) масштаб4) размер || измерять5) отношение; пропорция6) производительность; объём выпуска7) расход8) сорт; разряд; класс || классифицировать9) норма; тариф; расценка || нормировать10) оценка || оценивать11) режим работы12) сила тока, величина тока (напр. в батарее)•- accident rate
- adaptive feed rate
- approach rate
- assessed failure rate
- average rate
- band rate
- breakdown rate
- broaching rate
- build rate
- burden rate
- capacity rate
- charge rate
- closely controlled feed rate
- communications rate
- compression rate
- conservative feed rate
- control rate
- controlled rate
- copying rate
- count rate
- coverage rate
- cradle roll rate
- creep rate
- critical rate of rise
- cross travel rate
- cutter wear rate
- cutting feed rate
- cutting rate
- cycle rate
- data processing rate
- data transfer rate
- data transmission rate
- deceleration rate
- delivery rate
- departure rate
- discharge rate
- downtime rate
- drilling rate
- drive feed rate
- energy fluence rate
- extrapolated failure rate
- failure rate
- fast axis traverse rate
- fast metal-removal rate
- fast traverse rate
- fatality rate
- feed rate
- feed-up rate
- fine feed rate
- fingertip control feed rate
- finish feed rate
- fixed-time production rate
- flow delivery rate
- flow rate
- fluence rate
- foot per minute rate
- FPR rate
- gear reduction rate
- given rate
- grinding rate
- hardening rate
- heat rate
- heat transfer rate
- high-power beam cladding rate
- hour rate
- hourly machine rate
- hourly manufacturing rate
- hourly rate
- incorrect infeed rate
- infeed rate
- information rate
- input flow rate
- integral action rate
- inventory turnover rate
- job rate
- joint rate
- labor rates
- load rate
- machine hour rate per annum
- machine tool utilization rate
- machine utilization rate
- machining feed rate
- machining rate
- man-hour per piece rate
- man-hour rate
- manufacturing rate
- material removal rate
- maximum average-output-torque stepping rate
- maximum pulse rate
- maximum-stepping rate
- measurement rate
- medium feed rate
- memory rate
- metal-removal rate
- metering rate
- milling rate
- net working rate
- operation rate
- optimal feed rate
- output rate
- perforation rate
- performance rate
- picking rate
- piece-work rate
- plunge rate
- positioning rate
- predicted failure rate
- probability rate
- probing feed rate
- process rate
- processing rate
- production rate
- productivity rate of return
- productivity rate
- programmed feed rate
- proper feed rate
- pulse rate
- pulse repetition rate
- pump delivery rate
- pumping rate
- quench rate
- quenching rate
- ramp-down rate
- ramp-up rate
- rapid air cut feed rate
- rapid approach rate
- rapid return rate
- rate of action
- rate of beam alloying
- rate of change of temperature
- rate of change
- rate of equipment use
- rate of flow of electrons
- rate of flushing the gap
- rate of inherent regulation
- rate of rise of on-state current
- rate of rise
- rate of rotation
- rate of self-regulation
- rate of speed
- rate of travel
- rate of turn
- rate of work
- reading rate
- reaming rate
- recovery rate
- recurrence rate
- reduction rate
- refresh rate
- reject rate
- removal rate
- repetition rate
- reset rate
- return rate
- revolution rate
- rework rate
- rigid production rate
- sample rate
- sampling rate
- saving rate
- sawing rate
- scrap rate
- self-regulation rate
- servo update rate
- slew rate
- slow rate of wear
- specific metal removal rate
- specific removal rate
- spindle axis feed rate
- spring rate
- standard production rate
- stated cutting rate
- stock removal rate
- stock turnover rate
- strain rate
- taper rate
- tapping rate
- throughput rate
- time rate of change
- time-varying rate
- tool feed rate
- tool wear rate
- tool-to-tool change rate
- top feed rate
- traverse feed rate
- traverse rate
- turning rate
- turnover rate
- update rate
- utilization rate
- volume flow rate
- volumetric flow rate
- voluntary production rate
- wear rate
- wetting rate
- wheel removal rate
- work rate
- working rate
- X-axis feed rate
- yield rateEnglish-Russian dictionary of mechanical engineering and automation > rate
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15 если бы не
•A steam engine could not be made to produce work but for the high pressure...
•Were it not (or If it were not) for the radio there would be little point in sending satellites into space.
* * *Если бы не -- but for; if not for; if it were not for; were it not for; had not (+ passive participle III), if were notHowever, it [the loss] would undoubtedly have been higher but for the longer gland.The flow of course would have been highly turbulent if not for the turbulence-reducing screens.The torsional frequencies predicted by the classical theory would be exactly the same if it were not for a small amount of coupling... (если бы не небольшое взаимодействие между различными формами колебаний)Were it not for the strain hardening of the material, the vessel would burst.Русско-английский научно-технический словарь переводчика > если бы не
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16 pattern
1) образец; эталон; калибр; модель; шаблон || формировать по образцу, формировать по шаблону; моделировать2) конфигурация; профиль, контур3) картина, рисунок; фигура; узор || наносить рисунок или узор4) схема; диаграмма6) структура; строение7) изображение; образ || формировать изображение8) копия || копировать9) сетка || наносить сетку10) кодограмма•- bearing pattern
- behavior patterns
- behavioral pattern
- bore pattern
- conductive pattern
- connecting pattern
- crash protection pattern
- cubical feed pattern
- desired pattern
- diffraction pattern
- drier pattern
- drill pattern
- drilling pattern
- driving pattern
- facet pattern
- flow pattern of force
- foam pattern
- foundry pattern
- fringe pattern
- graphic pattern
- grid pattern of holes
- grid pattern
- grinding pattern
- hole pattern
- information pattern
- layer pattern
- light pattern
- line pattern
- locating hole pattern
- locking pattern
- loose pattern
- loose-piece pattern
- machining pattern
- material flow pattern
- motion pattern
- movement pattern
- nesting pattern
- no-load contact pattern
- nonconductive pattern
- pattern of information
- pattern of laser heating tracks
- pattern of motions
- pattern of reference holes
- pattern of tapped holes
- polystyrene pattern
- pressure distribution pattern
- probing cycle pattern
- radial grid pattern
- raster-scanning pattern
- raster-type pattern of laser hardening
- ratchet pattern
- raw sensor patterns
- reference grid pattern
- reference pattern
- reference-hole pattern
- regular pattern of squares
- repetitive hole patterns
- rigid cycle pattern
- serpentine pattern
- set pattern
- short-wavelength pattern
- solid pattern
- speaker reference pattern
- split pattern
- square pattern
- square-dance pattern of movement
- steel-faced pattern
- storage pattern
- structural pattern
- substructural pattern
- surface locator pattern
- surface pattern
- sweep pattern
- template pattern
- test pattern
- three-dimensional pattern
- tooth-contact pattern
- traffic pattern
- training pattern
- two-dimensional pattern
- two-piece pattern
- unfolded flat pattern
- unfolded pattern
- vocabulary reference pattern
- wood pattern
- work motion pattern
- X-ray diffraction patternEnglish-Russian dictionary of mechanical engineering and automation > pattern
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17 Haynes, Elwood
[br]b. 14 October 1857 Portland, Indiana, USAd. 13 April 1925 Kokomo, Indiana, USA[br]American inventor ofStellite cobalt-based alloys, early motor-car manufacturer and pioneer in stainless steels.[br]From his early years, Haynes was a practising Presbyterian and an active prohibitionist. He graduated in 1881 at Worcester, Massachusetts, and a spell of teaching in his home town was interrupted in 1884–5 while he attended the Johns Hopkins University in Baltimore. In 1886 he became permanently diverted by the discovery of natural gas in Portland. He was soon appointed Superintendent of the local gas undertaking, and then in 1890 he was hired by the Indiana Natural Gas \& Oil Company. While continuing his gas-company employment until 1901, Haynes conducted numerous metallurgical experiments. He also designed an automobile: this led to the establishment of the Haynes- Apperson Company at Kokomo as one of the earliest motor-car makers in North America. From 1905 the firm traded as the Haynes Automobile Company, and before its bankruptcy in 1924 it produced more than 50,000 cars. After 1905, Haynes found the first "Stellite" alloys of cobalt and chromium, and in 1910 he was publicizing the patented material. He then discovered the valuable hardening effect of tungsten, and in 1912 began applying the "improved" Stellite to cutting tools. Three years later, the Haynes Stellite Company was incorporated, with Haynes as President, to work the patents. It was largely from this source that Haynes became a millionaire in 1920. In April 1912, Haynes's attempt to patent the use of chromium with iron to render the product rustless was unsuccessful. However, he re-applied for a US patent on 12 March 1915 and, although this was initially rejected, he persevered and finally obtained recognition of his modified claim. The American Stainless Steel Company licensed the patents of Brearley and Haynes jointly in the USA until the 1930s.[br]Principal Honours and DistinctionsJohn Scott Medal 1919 (awarded for useful inventions).BibliographyHaynes was the author of more than twenty published papers and articles, among them: 1907, "Materials for automobiles", Proceedings of the American Society of MechanicalEngineers 29:1,597–606; 1910, "Alloys of nickel and cobalt with chromium", Journal of Industrial Engineeringand Chemistry 2:397–401; 1912–13, "Alloys of cobalt with chromium and other metals", Transactions of the American Institute of 'Mining Engineers 44:249–55;1919–20, "Stellite and stainless steel", Proceedings of the Engineering Society of WestPennsylvania 35:467–74.1 April 1919, US patent no. 1,299,404 (stainless steel).The four US patents worked by the Haynes Stellite Company were: 17 December 1907, patent no. 873,745.1 April 1913, patent no. 1,057,423.1 April 1913, patent no. 1,057, 828.17 August 1915, patent no. 1,150, 113.Further ReadingR.D.Gray, 1979, Alloys and Automobiles. The Life of Elwood Haynes, Indianapolis: Indiana Historical Society (a closely documented biography).JKA
См. также в других словарях:
Work hardening — Work hardening, also known as strain hardening or cold working, is the strengthening of a metal by plastic deformation. This strengthening occurs because of dislocation movements within the crystal structure of the material.[1] Any material with… … Wikipedia
work hardening — noun The repeated plastic deformation of a material, causing a permanent distortion of its crystal structure, and an increase in its strength Syn: strain hardening … Wiktionary
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Hardening (metallurgy) — In metallurgy, hardening describes techniques to increase the hardness of a material. There are five main hardening mechanisms: * Hall Petch hardening, a hardening that result due to a decrease in grain size. * Cold working, also called strain… … Wikipedia
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Shock hardening — is a process used to strengthen metals and alloys, wherein a shock wave produces atomic scale defects in the material s crystalline structure. As in cold work, these defects interfere with the normal processes by which metallic materials yield… … Wikipedia
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