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1 batch mixture
шихтаБольшой англо-русский и русско-английский словарь > batch mixture
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2 batch mixture
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3 batch mixture
Техника: шихта -
4 batch mixture
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5 mixture
1) смесь2) смешение, смешивание3) шихта5) пищ. состав, композиция•-
acetylating mixture
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additive mixture
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adhesive mixture
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air-and-coal mixture
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air-and-fuel mixture
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air-coal mixture
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air-flue gas mixture
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air-flue mixture
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air-fuel mixture
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air-petrol mixture
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air-steam mixture
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air-vapor mixture
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ammonia-water mixture
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azeotropic mixture
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base mixture
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batch mixture
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borderline mixture
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brazing mixture
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ceramic mixture
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charge mixture
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clay mixture
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close-boiling mixture
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coal-liquid mixture
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coal-methanol-water mixture
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coal-oil mixture
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coal-water mixture
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coating mixture
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cold-patch mixture
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combustible mixture
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constant boiling mixture
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cooling mixture
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core sand mixture
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deflagrating mixture
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detonating mixture
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earthenware mixture
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enrichment mixture
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equivalent mixture
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eutectic mixture
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explosive mixture
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filler mixture
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fish-salt mixture
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freezing mixture
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frigorific mixture
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fuel mixture
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full lean mixture
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fusion mixture
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gas mixture
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gas-oil mixture
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gasoline antifreeze mixture
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gas-vapor mixture
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glass mixture
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gun mixture
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high-boiling mixture
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intimate mixture
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kerosene-oil mixture
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lean mixture
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liquid-gas bubble mixture
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liquid-vapor mixture
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low-boiling mixture
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maximum-speed mixture
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methane-air mixture
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noconstant boiling mixture
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oil-hydrogen mixture
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oil-wax mixture
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oily mixture
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overrich mixture
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oxygen-air mixture
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peat-alcohol mixture
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peat-oil mixture
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persorption mixture
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petroleum coke-water mixture
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plastic mixture
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poor mixture
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porcelain mixture
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propane-air mixture
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ramming mixture
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rare mixture
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refractory mixture
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rich mixture
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salt-ice mixture
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sand-phenolic-resin mixture
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sand-resin mixture
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saturated air mixture
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self-inflammable mixture
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stratified mixture
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superrich mixture
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tamping mixture
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tar-dolomite rammed mixture
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test mixture
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thin mixture
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viscous mixture
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water-steam mixture
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weak mixture
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weakest mixture
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working mixture -
6 mixture
смесь; шихта- air-fuel mixture
- batch mixture
- charge mixture
- combustible mixture
- cooling mixture
- gas-air mixture
- glass mixture
- intimate mixture
- raw mixture
- stoichiometric mixture
- stratified mixture
- vapor-air mixture -
7 Batch Jute
The blend or mixture of jute fibres from the bale opener. The large pieces (or heads) of jute from the selected bales are fed into the opener, where they are opened out and made more pliable. -
8 batch
<tech.gen> ■ Posten m<tech.gen> (of commands, processing steps etc.) ■ Stapel m<chem.proc> ■ Eintrag m< convey> ■ Beschickungsmenge f< plast> (for rubber products; e.g. for tires) ■ Kautschukmischung f ; Mischgut n ; Mischung f< prod> ■ Ansatz m< prod> (set of identical products, produced in one production run) ■ Charge f DIN 55350-31 ; Fertigungslos n ; Los n< prod> ■ Mischgut nvt <i&c> ■ abmessen vt -
9 control
1) управление; регулирование; регулировка || управлять; регулировать; задавать2) контроль; проверка || контролировать; проверять3) орган управления; орган регулировки, регулятор; орган настройки4) устройство управления; блок управления6) рукоятка или рычаг управления7) профилактические мероприятия, надзор•"operation is under control" — всё предусмотрено для нормальной работы;to gain control — вчт. получать управление:to go out of control — становиться неуправляемым;to operate ( to handle) the flight controls — оперировать органами управления полётом;to pass control — вчт. передавать управление;to return control — вчт. возвращать управление;to take over control — брать управление на себя;to transfer control — вчт. передавать управление-
cascaded control-
cathode control-
CO/O2 combustion control-
communications control-
computer control-
contactor-type control-
continuous-path control-
course gage control-
current-mode control-
dispatcher control-
focusing control-
holding control-
horizontal-frequency control-
hue range control-
long-distance control-
managerial control-
microprogramming control-
numerical program control-
on-off action control-
position-based control-
slide control-
step-by-step control-
time-pattern control -
10 control
1. регулирование, регулировка; управление; регулировать, управлять2. регулировочное устройство3. элементы системы управления4. автоматическое регулирование приводки5. устройство для автоматической регулировки приводки красок6. автоматическое регулирование боковой приводки7. устройство для автоматической регулировки боковой приводкиbackward-acting control — регулирование; регулировка
8. автоматическое регулирование натяжения9. устройство для регулировки натяжения10. регулирование приводки по окружности цилиндра11. устройство для регулировки приводки по окружности цилиндраclosed-loop control — замкнутый цикл контроля, контроль с обратной связью
12. контроль положения линии рубки; контроль положения линии поперечной резки13. автоматическое устройство, контролирующее положение изображения относительно линии рубкиdiaphragm control — номограмма, связывающая индекс диафрагмы с масштабом съёмки
14. управление экспозицией15. устройство для управления экспозициейgradation control — управление градацией; управление градационным процессом; контроль градации, регулирование градации
gripper control — управление захватами, регулировка захватов
highlight control — управление градацией «высоких светов», регулирование градационных характеристик «высоких светов»
16. регулировка подачи краски17. регулятор подачи краски18. регулирование режима работы передаточного валика по отношению к дукторному валу, регулирование передаточного валика19. устройство для регулирования режима работы передаточного валика20. регулирование продольной приводки21. устройство для регулировки долевой приводки22. регулирование боковой и продольной приводки23. устройство для регулировки боковой и продольной приводки24. контроль неподачи листов25. устройство, контролирующее неподачу листов26. регулировка положения валика печатного станка27. устройство для регулирования положения валика печатного станка28. авторегулирование натяжения с помощью пневматически нагруженного «плавающего» валика29. пневматическое устройство с «плавающим» валиком для авторегулирования натяжения30. регулирование окружного смещения формного цилиндра31. устройство для управления окружным смещением формного цилиндра32. управление экспозицией при копировании33. устройство для автоматического отсчёта времени экспонированияprint to cut register control — приводка рубки по печати, регулирование положения линии рубки ленты
34. регулирование приводки35. устройство для регулирования приводкиexchange control — валютный контроль; валютное регулирование
control margin — диапазон регулирования; диапазон управления
36. регулирование приводки на рабочем ходу37. устройство для регулирования приводки на рабочем ходу38. контроль подачи листов39. устройство, контролирующее подачу листов40. регулирование боковой приводки41. устройство для регулирования боковой приводкиtime control — управление временем, автоматический отсчёт времени
tonal control — управление градацией изображения или градационным процессом, регулирование градационной характеристики
42. управление движением лентыfailsoft control — управление с "мягким отказом"
43. устройство для контроля за движением ленты44. регулирование положения боковой кромки ленты45. устройство для выравнивания ленты46. управление длиной подачи ленты47. устройство для регулирования подачи лентыfeed control slide — заслонка, регулирующая подачу
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11 стекольная шихта
Большой англо-русский и русско-английский словарь > стекольная шихта
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12 bin
I1) бункер || бункеровать2) силос || силосовать3) закром, ларь4) строит. открытое огороженное хранилище материалов5) резервуар-накопитель; карман-накопитель ( для лесоматериалов)6) электрон. магазин, бункер ( для компонентов)10) приёмник, карман ( для перфокарт)11) полигр. магазин ( подборочной машины)12) оргтех. секция ( листоподборочного устройства)13) отсек ( рыбного трюма)14) мусоросборник, мусорный бачок15) выдерживать в подвале ( вино)•-II сокр. от
additive bin
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aggregate batcher bin
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aggregate bin
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alloy-additive storage bin
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ash bin
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backing ore bin
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batch bin
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batching bin
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beet bin
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big coke bin
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blending bin
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breeze bin
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bulk bin
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card bin
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car-dumper bin
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casing curing bin
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casing storage bin
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cement bin
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chip storage bin
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coal bin
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coal-storage bin
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compartment bin
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composition bin
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conditioning bin
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corrugated bin
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dirty bin
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disposal bin
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distribution bin
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double-hopper bin
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drag-out bin
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dryeration bin
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dust bin
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easy-flow bin
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emergency coke bin
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feed bin
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feed surge bin
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FFT bin
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finishing bin
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frequency bin
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fuel bin
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furnace bin
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graded-scrap bins
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gravity-discharge bin
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gravity bin
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grinding bin
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header bin
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headgear bin
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household bin
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kick-out bin
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lime bin
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litter bin
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live bin
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measuring bin
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middlings bin
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mine-run bin
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mixing bin
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mixture bin
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movable-loader bin
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oven-coal bin
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overhead bin
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pallet bin
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processing bin
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puddling bin
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quenching bin
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range bin
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receiving bin
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rock bin
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run-coal bin
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sack-off bin
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scrap bin
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screen-feed bin
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service bin
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shaft bin
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spillage bin
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stockhouse bin
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storage bin
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surge bin
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tailing bin
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tape bin
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transfer bin
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underground bin
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usage bin
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weigh bin
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working bin
binary1) двоичный2) бинарный4) двойной -
13 density
1) плотность; концентрация•-
acceptor density
- actual flux density -
actual tooth density
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air density
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aircraft seating density
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air-gap flux density
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ambient density
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ampere density
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apparent density
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apparent gap density
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areal data density
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areal-packing density
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areal-recording density
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atomic density
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average density
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base density
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batch density
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Baume density
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bit density
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bulk density
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buoyant density
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carrier density
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channel density
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character density
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charge density
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circuit density
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color density
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component density
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contact density
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coolant density
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crack density
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critical density
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crop density
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crosslink density
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crown density
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current density
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data density
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density of charge
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density of distribution
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density of gap states
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density of load
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density of passenger traffic
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density of seams
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density of states
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density of undergrowth
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density of vulcanization network
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density of wood
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dew-point density
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dielectric flux density
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dielectric density
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diffuse density
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dislocation density
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displacement current density
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distortion energy density
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donor density
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doping density
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drainage density
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dry density
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electric displacement density
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electrolyte density
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electromagnetic energy density
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electrostatic flux density
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energy density
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energy-flux density
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equilibrium density
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equivalent neutral density
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equivalent density
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excess density
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failure density
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fallout density
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field density
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fin density
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fission density
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fixed charge density
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flux density
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fog density
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forest density
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Fourier density
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freely settled density of catalyst
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freight traffic density
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functional density
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function density
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gamma density
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gap density
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gravimetric energy density
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green-packing density
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heat-flux density
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helium density of catalyst
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highlight film density
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housing density
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image density
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impurity density
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induction density
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information density
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integration density
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interfacial area density
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ionization density
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level density
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linear density
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linear power density
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linearly data density
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linearly packing density
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linearly recording density
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load density
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lowlight film density
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luminous density
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luminous flux density
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magnetic flux density
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magnetic moment density
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maximum commodity density
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maximum dry density
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mercury density of catalyst
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mixture density
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moderator density
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needle density
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network density
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neutral density
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neutron-flux density
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noise power spectral density
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noise spectral density
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nonequilibrium carrier density
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nonuniform density
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nuclear density
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nuclear-level density
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optical density
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packaging density
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packed density
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photocurrent density
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photographic density
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pinch density
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plasma density
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pollution density
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population density
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power density
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power flux density
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power spectral density
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printing density
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probability density
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product density
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radiant density
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radiant flux surface density
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radiant flux density
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real density of catalyst
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recording density
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reflected flux density
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reflection density
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relative density
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remanent flux density
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saturation current density
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selective density
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separation density
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setting density
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slowing-down density
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solar radiant flux density
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sound-energy density
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sound-energy-flux density
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space charge density
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spectral density
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stacking density
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stitch density
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storage density
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stowing density
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strain energy density
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submerged density of soil
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supercurrent density
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support density
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surface density
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target density
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thermal-power density
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threshold current density
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track density
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traffic density
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train density
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transition density
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transverse density
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vapor density
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variable density
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volume density of electric charge
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volumetric energy density
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well spacing density
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well density
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wet bulk density
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winding density
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writing density -
14 стекольная шихта
Англо-русский словарь технических терминов > стекольная шихта
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15 proportion
1) пропорция
2) соразмерять
3) соотношение
4) пропорциональность
– just proportion
– proportion a stair
– proportion by alternation
– term of a proportion
– term of proportion
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16 composition
1. состав, структура2. смесь- blend composition
- bulk composition
- coating composition
- compound composition
- equilibrium composition
- eutectic composition
- feed composition
- gradation composition
- granulometric composition
- mixture composition
- percentage composition
- phase composition
- potential composition
- predetermined composition
- size composition
- spectral composition
- stoichiometric composition
- volume composition
- weight composition -
17 mixing
1. n смешение, смешивание2. n радио смешивание сигналов3. n смесьСинонимический ряд:1. fusion (noun) admixture; alloy; amalgam; amalgamation; blending; coalition; fusion; mixture; union2. admixing (verb) admixing; amalgamating; blending; combining; commingling; compounding; fusing; immixing; intermingling; intermixing; making up; melding; merging; mingling; stirring3. mistaking (verb) confounding; confusing; mistaking; mixing up -
18 Cross, Charles Frederick
[br]b. 11 December 1855 Brentwood, Middlesex, Englandd. 15 April 1935 Hove, England[br]English chemist who contributed to the development of viscose rayon from cellulose.[br]Cross was educated at the universities of London, Zurich and Manchester. It was at Owens College, Manchester, that Cross first met E.J. Bevan and where these two first worked together on the nature of cellulose. After gaining some industrial experience, Cross joined Bevan to set up a partnership in London as analytical and consulting chemists, specializing in the chemistry and technology of cellulose and lignin. They were at the Jodrell laboratory, Kew Gardens, for a time and then set up their own laboratory at Station Avenue, Kew Gardens. In 1888, the first edition of their joint publication A Textbook of Paper-making, appeared. It went into several editions and became the standard reference and textbook on the subject. The long introductory chapter is a discourse on cellulose.In 1892, Cross, Bevan and Clayton Beadle took out their historic patent on the solution and regeneration of cellulose. The modern artificial-fibre industry stems from this patent. They made their discovery at New Court, Carey Street, London: wood-pulp (or another cheap form of cellulose) was dissolved in a mixture of carbon disulphide and aqueous alkali to produce sodium xanthate. After maturing, it was squirted through fine holes into dilute acid, which set the liquid to give spinnable fibres of "viscose". However, it was many years before the process became a commercial operation, partly because the use of a natural raw material such as wood involved variations in chemical content and each batch might react differently. At first it was thought that viscose might be suitable for incandescent lamp filaments, and C.H.Stearn, a collaborator with Cross, continued to investigate this possibility, but the sheen on the fibres suggested that viscose might be made into artificial silk. The original Viscose Spinning Syndicate was formed in 1894 and a place was rented at Erith in Kent. However, it was not until some skeins of artificial silk (a term to which Cross himself objected) were displayed in Paris that textile manufacturers began to take an interest in it. It was then that Courtaulds decided to investigate this new fibre, although it was not until 1904 that they bought the English patents and developed the first artificial silk that was later called "rayon". Cross was also concerned with the development of viscose films and of cellulose acetate, which became a rival to rayon in the form of "Celanese". He retained his interest in the paper industry and in publishing, in 1895 again collaborating with Bevan and publishing a book on Cellulose and other technical articles. He was a cultured man and a good musician. He was elected a Fellow of the Royal Society in 1917.[br]Principal Honours and DistinctionsFRS 1917.Bibliography1888, with E.J.Bevan, A Text-book of Papermaking. 1892, British patent no. 8,700 (cellulose).Further ReadingObituary Notices of the Royal Society, 1935, London. Obituary, 1935, Journal of the Chemical Society 1,337. Chambers Concise Dictionary of Scientists, 1989, Cambridge.Edwin J.Beer, 1962–3, "The birth of viscose rayon", Transactions of the Newcomen Society 35 (an account of the problems of developing viscose rayon; Beer worked under Cross in the Kew laboratories).C.Singer (ed.), 1978, A History of Technology, Vol. VI, Oxford: Clarendon Press.RLHBiographical history of technology > Cross, Charles Frederick
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19 Ward, Joshua
SUBJECT AREA: Chemical technology[br]b. 1685d. 21 November 1761 London, England[br]English doctor and industrial chemist.[br]Ward is perhaps better described as a "quack" than a medical doctor. His remedies, one containing a dangerous quantity of antimony, were dubious to say the least. A fraudulent attempt to enter Parliament in 1717 forced him to leave the country quickly. After his pardon in 1733, he returned to London and established a successful practice. His medical prowess is immortalized in Hogarth's picture The Harlot's Progress.Sulphuric acid had been an important chemical for centuries and Ward found that he needed large quantities of it to make his remedies. He set up works to manufacture it at Twickenham, near London, in 1736 and then at Richmond three years later. His process consisted of burning a mixture of saltpetre (nitre; potassium nitrate) and sulphur in the neck of a large glass globe containing a little water. Dilute sulphuric acid was thereby formed, which was concentrated by distillation. Although the method was not new, having been described in the seventeenth century by the German chemist Johann Glauber, Ward was granted a patent for his process in 1749. An important feature was the size of the globes, which had no less than fifty gallons' capacity, which must have entailed considerable skill on the part of the glassblowers. Through the adoption of Ward's process, the price of this essential commodity fell from £2 per pound to only 2 shillings. It provided the best method of manufacture until the advent of the lead-chamber process invented by John Roebuck.[br]Further ReadingA.Clow and N.Clow, 1952, The Chemical Revolution: A Contribution to Social Technology, London: Batch worth.C.Singer et al. (eds), 1958, A History of Technology, 7 vols, Oxford: Clarendon Press, Vol. IV.LRD
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Heteroazeotrope — A heteroazeotrope is an azeotrope where the vapour phase coexists with two liquid phases.Sketch of a T x/y equilibrium curve of a typical heteroazeotropic mixture Examples of heteroazeotropes *Benzene Water NBP 69.2 °C *Dichloromethane Water NBP… … Wikipedia
industrial glass — Introduction solid material that is normally lustrous and transparent in appearance and that shows great durability under exposure to the natural elements. These three properties lustre, transparency, and durability make glass a favoured… … Universalium
Continuous distillation — Image 1: Typical industrial distillation towers Image 2: A crude oil vacuum distillation column as used in oil refineries … Wikipedia