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1 developed boiling
Большой англо-русский и русско-английский словарь > developed boiling
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2 developed boiling
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3 developed boiling
Техника: развитое кипение -
4 developed boiling
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5 developed boiling
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6 boiling
1) варка
2) вскипание
3) вспучивание глазури
4) кипение
5) кипучий
6) кипятильный
7) кипящий
8) проваривание
9) проварка
10) кипячение
11) легкокипящий
12) перегонный
13) газовыделение
14) газообразование
– boiling apparatus
– boiling condition
– boiling point
– boiling range
– boiling test
– bulk boiling
– developed boiling
– film boiling
– in-tube boiling
– initial boiling
– nucleate boiling
– steam boiling
true boiling point — <phys.> температура кипения истинная
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7 boiling
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8 developed
1) развитой
2) развиваемый
3) развитый
4) разработанный
5) выведенный
6) выросший
7) изобретенный
8) разложенный
9) отработанный
– developed boiling
– developed deposit
– developed surface
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9 fully developed nucleate boiling
полностью развитое пузырьковое кипение
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[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > fully developed nucleate boiling
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10 развитое кипение жидкости
Большой англо-русский и русско-английский словарь > развитое кипение жидкости
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11 flow
1) течение; поток || течь2) сток3) расход, дебит4) растекание; расплыв(ание) || растекаться; расплываться5) пластическая деформация || претерпевать пластическую деформацию6) текучесть7) нефт. фонтанирование || фонтанировать8) нефт. добыча9) подвижность (напр. бетонной смеси)10) технологический маршрут; последовательность операций11) гидр. движение12) непрерывная подача энергии (электрической, тепловой)13) наводнение; затопление; разлив14) отводная труба16) разлив ( лакокрасочного покрытия)17) выпрессовка, грат (в прессовании пластмасс, резины)•to bypass flows — гидр. 1. пропускать строительные расходы по обводному каналу 2. пропускать паводок в обход сооруженияflow of catchment — сток водосбросаflow of control — 1. процесс управления 2. алгоритм управления; поток (команд) управленияflow of ground — пластическая деформация грунта-
adiabatic flow
-
air flow
-
air-mass flow
-
airport traffic flow
-
air-water flow
-
all-gas flow
-
annual flow
-
annular flow
-
annular two-phase flow
-
annular-dispersed flow
-
approach flow
-
artesian flow
-
available flow
-
average annual flow
-
axial flow
-
backward flow
-
back flow
-
base flow
-
bearing form oil flow
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behind-the-casing flow
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blade-to-blade flow
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boiling channel flow
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boundary layer flow
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break flow
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bubble flow
-
bubbly flow
-
bulk flow
-
bypass flow
-
cascade flow
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channel flow
-
chip flow
-
chugging flow
-
churn-turbulent flow
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churn flow
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climbing film flow
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cocurrent catalyst flow
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cocurrent flow
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coherent boiling flow
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cold flow
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command-status flow
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communication flow
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constant flow
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continuous flow
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control flow
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controlled flow
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convergent flow
-
coolant flow
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corkscrewlike flow
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countercurrent flow
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critical flow
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cross flow
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current flow
-
daily flow
-
data flow
-
decaying swirl flow
-
density-stratified flow
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design water flow
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developed flow
-
developed turbulent flow
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direct surface flow
-
dispersed flow
-
divergent flow
-
diversion flow
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down flow
-
downstream flow
-
downward flow
-
drainage flow
-
droplet-dispersed flow
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droplet-free flow
-
dust flow
-
energy flow
-
estimated flow
-
evaporating flow
-
exergy flow
-
exhaust flow
-
failure flow
-
fictitious heat flow
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filter fluid flow
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flood flow
-
fluid flow
-
fog flow
-
forced flow
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forward flow
-
free flow
-
free-surface flow
-
freight flow
-
frictional flow
-
froth flow
-
frozen flow
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full flow
-
gas flow
-
gas piston flow
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gas-liquid flow
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generalized Couette flow
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glass flow
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grain-boundary flow
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gravity flow
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groundwater flow
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heat flow
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high flow
-
high-velocity bypass flow
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homogeneous flow
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horizontal flow
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hydraulically smooth wind flow
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hydroelectric flow
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ice flow
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incident flow
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incoming flow
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induced flow
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information flow
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ink flow
-
instruction flow
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insurge flow
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interconnection tie flow
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intermittent flow
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interrupt flow
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interstitial flow
-
inverse annular flow
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irrigation return flow
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irrotational flow
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isothermal flow
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Knudsen flow
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laminar flow
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lateral flow
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leakage flow
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leak flow
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letdown flow
-
liquid-vapor flow
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load flow
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low Reynolds number flow
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low-velocity flow
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low-water flow
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magnetic flow
-
makeup flow
-
mass flow
-
mean flow
-
metered flow
-
mist flow
-
mixed flow
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molecular flow
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motion flow
-
mud-and-stone flow
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multiphase flow
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natural flow
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near-bottom flow
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negative core flow
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no-load flow
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noncontinuous flow
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nonstationary flow
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nonswirling flow
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nonuniform flow
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nozzle flow
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n-sequential orifice flow
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open-channel flow
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outsurge flow
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oven flow
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overbank flow
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peak flow
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pipe flow
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piston flow
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plain-strain flow
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plastic flow
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plug flow
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positive core flow
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positive flow
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postcombustion flow
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potential flow
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power flow
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pressure flow
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primary coolant flow
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primary flow
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priority flow
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process flow
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pulsating flow
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pump output flow
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pump flow
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radial flow
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ram air flow
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reattached flow
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recirculating flow
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recirculating turbulent flow
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recorded flow
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recycling flow
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reduced flow
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reflux flow
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regulated flow
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retarded flow
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return flow
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reverse core steam flow
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reverse flow
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reverse-direction flow
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ripple flow
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riser flow
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river flow
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rotating flow
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routed flow
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seasonal flow
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seepage flow
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self-adapting production flow
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self-aligning production flow
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semiannular flow
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separate flow
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serrated flow
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servovalve control flow
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shear flow
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sheet flow
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sliding flow
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slip flow
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slipless flow
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slugging flow
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slug flow
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smooth flow
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snow flow
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soil water flow
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split flow
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steady-state flow
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steady flow
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steering flow
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storm flow
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stratified flow
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streamline flow
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streamlined production flow
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submerged flow
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subsonic flow
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subsurface water flow
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supergeostrophic flow
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supersonic flow
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surface-water flow
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surface flow
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surge flow
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swirling flow
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swirl flow
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thermally disordered flow
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three-dimensional flow
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throttled flow
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tidal flow
-
tip-leakage flow
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total coolant flow
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total flow
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total loop flow
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traffic flow
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true mass flow
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turbulent flow
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two-component flow
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two-dimensional flow
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two-phase critical flow
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two-phase gas-liquid flow
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unbalanced flow
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uncontrolled flow
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undershot orifice flow
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undimensional heat flow
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unimpeded flow
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unit peak flow
-
unsteady-state flow
-
unsteady flow
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upward flow
-
variable-area flow
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viscous flow
-
volume flow
-
vortex flow
-
water flow
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wave flow
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wavy flow
-
weight flow
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weir flow
-
well natural flow
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wind flow
-
wind-induced flow
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wispy-annular flow
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working flow
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yielding flow -
12 transfer
1) передача; перенос; переход || передавать; переносить; переходить2) перемещение || перемещать3) перевозка || перевозить4) перегрузка || перегружать5) перегрузчик; перегрузочная установка6) транспортёр, конвейер7) метал. шлеппер8) нефт. перекачивание || перекачивать9) переключение (на другой источник питания) || переключать ( на другой источник питания)10) смещение судна (на циркуляции); боковое смещение судна ( при торможении)11) вчт. передача управления, переход || передавать управление, выполнять переход12) вчт. команда перехода14) кфт., тлв перезапись || перезаписывать15) перевод, перенос (напр. изображения с магнитной ленты на киноплёнку) || переводить, переносить•transfer in the vicinity of space complex — перелёт в окрестностях орбитального комплекса;to transfer control — вчт. 1. выполнять команду передачи управления 2. передавать управление;to transfer measurements from the standard to an instrument — передавать размер единицы от эталона рабочему средству измерений-
2-D heat transfer
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3-D heat transfer
-
active-power transfer
-
adhesive transfer
-
advective heat transfer
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aeroassisted orbit transfer
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aerobraked orbital transfer
-
aerocapture orbital transfer
-
aircraft control transfer
-
automatic load transfer
-
back and forth transfer
-
back transfer
-
belt transfer
-
between-machine pallet transfer
-
bielliptic transfer
-
block-by-block transfer
-
block transfer
-
boiling heat transfer
-
bubble transfer
-
burn transfer
-
bus transfer
-
cable transfer
-
carrier transfer
-
chain cooling-bed transfer
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chain transfer
-
chain-and-dog-type transfer
-
charge transfer
-
circle-to-circle transfer
-
color transfer
-
conditional transfer
-
conjugal transfer
-
container transfer
-
contingency extravehicular transfer
-
contrast transfer
-
convective heat transfer
-
co-orbital transfer
-
crew transfer
-
cross transfer
-
cryogenic fluid transfer
-
current transfer
-
cyclic heat transfer
-
data transfer
-
developed heat transfer
-
diffusion transfer
-
dispersed flow heat transfer
-
dog transfer
-
double-stitch transfer
-
dragoff transfer
-
dragon transfer
-
drop metal transfer
-
droplet mass transfer
-
dry lettering transfer
-
dry transfer
-
eddy transfer
-
electron transfer
-
electrostatic transfer
-
emergency transfer
-
end-point transfer
-
epitaxial transfer
-
extravehicular transfer
-
field pipeline transfer
-
film transfer
-
filming boiling heat transfer
-
film-to-tape transfer
-
film-to-video transfer
-
fine spray metal transfer
-
finite-burn transfer
-
flat transfer
-
fluidized bed heat transfer
-
four-run pull-off transfer
-
frame transfer
-
friction transfer
-
gas pipeline transfer
-
globular metal transfer
-
gravity-assist transfer
-
heat transfer
-
heat-and-mass transfer
-
HEO-to-LEO transfer
-
high acceleration transfer
-
high-thrust transfer
-
Hohmann transfer
-
image transfer
-
impulse transfer
-
information transfer
-
inner-to-outer transfer
-
interbasin water transfer
-
interline transfer
-
interorbital transfer
-
interprocess transfer
-
interregional water transfer
-
interrupt-driven transfer
-
intrabasin water transfer
-
isothermal heat transfer
-
jet impingement heat transfer
-
jet-pump transfer
-
laminar heat transfer
-
lease automatic custody transfer
-
lift-modulation transfer
-
link-and-chain cooling bed transfer
-
liquid deficient heat transfer
-
liquid-liquid mass transfer
-
load transfer
-
long-arc transfer
-
low acceleration transfer
-
low-thrust transfer
-
many-revolution orbit transfer
-
mass transfer
-
media transfer
-
mild transfer
-
minimum-fuel orbital transfer
-
modulation transfer
-
moisture transfer
-
multiple-burn transfer
-
noncoplanar transfer
-
normal transfer
-
nuclear heat transfer
-
oil transfer
-
one-dimensional heat transfer
-
on-orbit fluid transfer
-
orbital transfer
-
orbit transfer
-
outer-to-inner transfer
-
parallel transfer
-
pattern transfer
-
phase transfer
-
phase-change heat transfer
-
plane change transfer
-
point-to-point transfer
-
post-burnout heat transfer
-
post-CHF heat transfer
-
post-DNB heat transfer
-
post-dryout heat transfer
-
powder image transfer
-
power transfer
-
pull-off transfer
-
pull-on transfer
-
radar identification transfer
-
radar transfer of control
-
radial transfer
-
radiant heat transfer
-
radiation heat transfer
-
radiative heat transfer
-
reflood heat transfer
-
refrigerant-side heat transfer
-
rendezvous transfer
-
reverse transfer
-
rewet heat transfer
-
right angle transfer
-
secretary transfer
-
seed transfer
-
selective transfer
-
serial transfer
-
short-arc transfer
-
single-burn transfer
-
single-revolution orbital transfer
-
skid transfer
-
slide-off transfer
-
sound transfer
-
stagnation point heat transfer
-
standard transfer
-
steady-state heat transfer
-
sweep arm transfer
-
tape-to-film transfer
-
thermically symmetric heat transfer
-
three-dimensional heat transfer
-
three-dimensional orbit transfer
-
three-impulse transfer
-
torque transfer
-
total heat transfer
-
transfer of prestress
-
transient convective heat transfer
-
turbulent heat transfer
-
turbulent transfer
-
two-burn transfer
-
two-dimensional heat transfer
-
two-dimensional orbit transfer
-
two-impulse transfer
-
two-way stitch transfer
-
unconditional transfer
-
unidirectional heat transfer
-
unsteady heat transfer
-
vacuum transfer
-
wear-free transfer
-
word-by-word transfer
-
zero gravity fluid transfer
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zero heat transfer -
13 Olive Drab
Military term for the colour in which the cloth for the uniforns of the U.S. Army were dyed during the 1914-1918 War and which was developed from khaki. Army specifications prescribed the following tests for the fastness of this dye in cloth. (1) Boiling for 10 minutes in a solution containing 80 grains of oleine soap (Army issue) to 1 pint of water. (2) Boiling for 10 minutes in a solution of 10 grains of dry carbonate of soda to 1 pint of water. (3) Exposing the fabric to weather for 20 days. -
14 length
1) длина; расстояние; протяжённость3) продолжительность, длительность4) прокатанная заготовка лесн. сортимент•length between perpendiculars — длина ( судна) между перпендикулярами;length over buffers — длина вагона по буферам;length over coupler pulling faces — длина вагона по осям сцепления автосцепок;length of bogie wheelbase — база тележкиlength of cut — 1. ширина среза 2. длина резания 3. мерная длина ( проката)length of easement curve — дорож. длина переходной кривойlength of heat — 1. продолжительность нагрева 2. продолжительность плавкиlength of lay — 1. шаг свивки (каната, кабеля) 2. шаг скрутки ( провода)length of life — время (длительность) жизниlength of prediction — метео срок действия прогнозаlength of reduced section — длина участка неравномерной деформации ( на образце)-
absorber collapsed length
-
active fuel length
-
actuation length
-
aeroplane reference field length
-
anchor chain length
-
anchorage length
-
antenna effective length
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apparent arc length
-
approach block length
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arc length
-
arm length
-
attenuation length
-
available runway length
-
axial length
-
backwater length
-
barrel length
-
base length
-
basic runway length
-
beam focal length
-
bearing length
-
block length
-
body length
-
boiling length
-
bolt length
-
bond length
-
boom length
-
braking length
-
breaking length or paper
-
burst length
-
cable's length
-
calming length
-
campaign length
-
carrier drift length
-
chord airfoil length
-
code length
-
coil length
-
collapsing length
-
constraint length
-
contact length
-
correlation length
-
coupled length
-
coupling length
-
crack length
-
crest length
-
critical buckling length
-
cushion length
-
cut length
-
Debye length
-
developed length
-
diffusion length
-
downstream length
-
drift length
-
effective focal length
-
effective length
-
electrical engagement length
-
electrical length
-
embedment length
-
entire tree length
-
entrance length
-
equivalent length of conductor
-
face length
-
factory length
-
field length
-
fin length
-
final gage length
-
fixed design flame length
-
flange focal length
-
floodable length
-
focal length
-
foil-base length
-
forecast length
-
fracture path length
-
free length
-
gage length
-
gap length
-
gate length
-
grid length
-
grip length
-
haul length
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inklength
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inside length
-
installed length
-
instruction length
-
interaction length
-
journey length
-
knit garment length
-
laid length
-
lap length
-
leg length
-
load-line length
-
log length
-
loop length
-
memory length
-
merchantable length
-
mesh length
-
mixing length
-
moderation length
-
molded length
-
nonboiling length
-
normal arc length
-
optical path length
-
overall length
-
overhanging length
-
panel length
-
part-program length
-
path length
-
ping length
-
pipe length
-
plasma length
-
plate run length
-
plateau length
-
propagation length
-
pulling length
-
pull length
-
pulse length
-
radiation length
-
rail length
-
raise length
-
record length
-
register length
-
registered length
-
repeat length
-
roll length
-
run length
-
runner length
-
runway visual length
-
scattering length
-
screening length
-
semifinished section length
-
shielding length
-
slowing-down length
-
span length
-
spray length
-
spring length
-
standardization length
-
standard length
-
stitch length
-
stope length
-
storage length
-
strained length
-
string length
-
stroke length
-
sweep length
-
switch rail length
-
test length
-
tonnage length
-
total heated length
-
track circuit length
-
transitional length
-
transmission length
-
transmission route length
-
tree length
-
unit length
-
unsupported length
-
upstream length
-
waterline length
-
wave length
-
word length -
15 Pebble
A term often used for the crinkled appearance of a crepe fabric. The crepe is quite flat as it leaves the loom and the crinkle or pebble is developed by placing the fabric in a boiling soap liquor under such conditions that it contracts freely in both warp and weft. -
16 Champion, William
SUBJECT AREA: Metallurgy[br]b. 1710 Bristol, Englandd. 1789 England[br]English metallurgist, the first to produce metallic zinc in England on an industrial scale.[br]William, the youngest of the three sons of Nehemiah Champion, stemmed from a West Country Quaker family long associated with the metal trades. His grandfather, also called Nehemiah, had been one of Abraham Darby's close Quaker friends when the brassworks at Baptist Mills was being established in 1702 and 1703. Nehemiah II took over the management of these works soon after Darby went to Coalbrookdale, and in 1719, as one of a group of Bristol copper smelters, he negotiated an agreement with Lord Falmouth to develop copper mines in the Redruth area in Cornwall. In 1723 he was granted a patent for a cementation brass-making process using finely granulated copper rather than the broken fragments of massive copper hitherto employed.In 1730 he returned to Bristol after a tour of European metallurgical centres, and he began to develop an industrial process for the manufacture of pure zinc ingots in England. Metallic zinc or spelter was then imported at great expense from the Far East, largely for the manufacture of copper alloys of golden colour used for cheap jewellery. The process William developed, after six years of experimentation, reduced zinc oxide with charcoal at temperatures well above the boiling point of zinc. The zinc vapour obtained was condensed rapidly to prevent reoxidation and finally collected under water. This process, patented in 1738, was operated in secret until 1766 when Watson described it in his Chemical Essays. After encountering much opposition from the Bristol merchants and zinc importers, William decided to establish his own integrated brassworks at Warmley, five meals east of Bristol. The Warmley plant began to produce in 1748 and expanded rapidly. By 1767, when Warmley employed about 2,000 men, women and children, more capital was needed, requiring a Royal Charter of Incorporation. A consortium of Champion's competitors opposed this and secured its refusal. After this defeat William lost the confidence of his fellow directors, who dismissed him. He was declared bankrupt in 1769 and his works were sold to the British Brass Company, which never operated Warmley at full capacity, although it produced zinc on that site until 1784.[br]Bibliography1723, British patent no. 454 (cementation brass-making process).1738, British patent no. 564 (zinc ingot production process).1767, British patent no. 867 (brass manufacture wing zinc blende).Further ReadingJ.Day, 1973, Bristol Brass: The History of the Industry, Newton Abbot: David \& Charles.A.Raistrick, 1970, Dynasty of Ironfounders: The Darbys and Coalbrookdale, Newton Abbot: David \& Charles.J.R.Harris, 1964, The Copper King, Liverpool University Press.ASD
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Business and Industry Review — ▪ 1999 Introduction Overview Annual Average Rates of Growth of Manufacturing Output, 1980 97, Table Pattern of Output, 1994 97, Table Index Numbers of Production, Employment, and Productivity in Manufacturing Industries, Table (For Annual… … Universalium
Nuclear reprocessing — technology was developed to chemically separate and recover fissionable plutonium from irradiated nuclear fuel.[1] Reprocessing serves multiple purposes, whose relative importance has changed over time. Originally reprocessing was used solely to… … Wikipedia
Early thermal weapons — were devices or substances used in warfare during the classical and medieval periods (approx 8th century BC until the mid 16th century AD) which used heat or burning action to destroy or damage enemy personnel, fortifications or territories.… … Wikipedia
Korean cuisine — Hanjeongsik, a full course Korean meal with a varied array of banchan (side dishes)[1] Korean name … Wikipedia
Microwave oven — A modern microwave oven … Wikipedia
Maple syrup — Bottled maple syrup Maple syrup is a syrup usually made from the xylem sap of sugar maple, red maple, or black maple trees, although it can also be made from other maple species such as the bigleaf maple. In cold climates, these trees store… … Wikipedia