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1 diffusion gettering
геттерирование с диффузионным легированиемБольшой англо-русский и русско-английский словарь > diffusion gettering
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2 diffusion gettering
Англо-русский словарь технических терминов > diffusion gettering
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3 diffusion gettering
1) Техника: геттерирование с диффузионным легированием2) Электроника: диффузионное геттерирование -
4 diffusion gettering
English-Russian electronics dictionary > diffusion gettering
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5 diffusion gettering
The New English-Russian Dictionary of Radio-electronics > diffusion gettering
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6 diffusion gettering
English-Russian dictionary of microelectronics > diffusion gettering
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7 diffusion gettering
English-Russian big polytechnic dictionary > diffusion gettering
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8 gettering
геттерирование; газопоглощение -
9 gettering
б) микр. удаление и дезактивация примесей (напр. с поверхности подложек)- backside gettering
- contact gettering
- damage gettering
- diffusion gettering
- dispersal gettering
- implantation gettering
- impurity gettering
- laser gettering
- polysilicon gettering
- porous silicon gettering -
10 gettering
б) микр. удаление и дезактивация примесей (напр. с поверхности подложек)•- backside gettering
- contact gettering
- damage gettering
- diffusion gettering
- dispersal gettering
- implantation gettering
- impurity gettering
- laser gettering
- polysilicon gettering
- porous silicon getteringThe New English-Russian Dictionary of Radio-electronics > gettering
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11 gettering
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12 gettering
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13 gettering
The English-Russian dictionary general scientific > gettering
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14 effect
1) эффект; явление2) влияние; (воз)действие || воздействовать3) результат, следствие4) производить; совершать; исполнять; осуществлять•in ground effect — в зоне влияния земли ( о полёте); с учётом влияния земли;effect of force — действие (влияние) силыeffect of loading — следствие приложения нагрузки-
abrasing effect
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accordion effect
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acoustoelectric effect
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acoustoresistive effect
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activation effect
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adjacency effects
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adsorption effect
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Albert effect
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anode effect
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anticrease effect
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arch effect
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Auger effect
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autocatalytic effect
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avalanche effect
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Barkhausen effect
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Becquerel effect
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biological effect
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blackout effect
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blast effect
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blockage effect
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border effect
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boundary effect
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Bragg effect
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braking effect
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branching effect
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bulk effect
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Callier effect
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capillary effect
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capture effect
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cartooning effect
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cartoon effect
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caster effect
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catalytic effect
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cavity resonance effect
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changing quality effect
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channel effect
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channeling effect
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chilling effect
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chimney effect
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chugging effect
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Clayden effect
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climatic effect
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Coanda effect
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comet effect
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compressibility effect
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Compton effect
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constant thrust effect
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contrast effect
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controlled cooling effect
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cooling effect
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corona effect
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corrosive effect
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coupling effect
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crawling effect
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crevice effect
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crimping effect
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cross effect
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cross-magnetizing effect
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crowding effect
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cryoprotective effect
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cushioning effect
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damming effect
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Debot effect
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deleterious effect
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Dellinger effect
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Dember effect
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de-skilling effect
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destructive effect
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detrimental effect
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devastating effect
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diffusion effect
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digital production effect
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digital special effect
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digital video effect
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directional effect
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disordering effect
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dispersion effect
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dissipative effect
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distance effect of damming
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disturbing effect
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Doppler effect
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dynatron effect
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echo effect
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ecological effect
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Ederhard's effect
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Ederhard effect
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edge effect
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Edison effect
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electrocaloric effect
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electroosmotic effect
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electrophonic effect
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electrophoretic effect
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electroviscous effect
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emitter dip effect
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end effect
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environmental effect
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Esaki effect
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exposure effect
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failure effect
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Faraday effect
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fatigue effect
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feedback effect
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Ferranti effect
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ferroelectric effect
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field effect
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flicker effect
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flow history effect
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flue effect
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force-frequency effect
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fringe effect
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gallery effect
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galvanomagnetic effect
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gap effect
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gettering effect
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glint effect
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greenhouse effect
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ground effect
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Gunn effect
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gyromagnetic effect
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gyroscopic effect
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Haas effect
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Hall effect
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halo effect
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heat effect
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Herschel effect
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high-field effect
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hothouse effect
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hydration effect
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hysteresis effect
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image effect
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incondensable effect
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instability effect
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interface effects
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interference effect
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interline-flicker effect
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inverted barometer effect
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ionic strength effect
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ion strength effect
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island effect
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Johnson-Rahbek effect
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Josephson effect
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Joule effect
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Joule-Thomson effect
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Kelvin effect
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Kerr effect
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keystone effect
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Kostinsky's effect
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Kostinsky effect
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lag effect
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level quantizing effect
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long-line effect
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lubricating effect
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magnetoelastic effect
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magnetoelectric effect
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magnetoresistive effect
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magnetostrictive effect
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magnetron effect
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mass effect
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microphonic effect
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minimum-size effect
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mirror effect
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mixed alkali effect
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moire effect
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multiaccelerator effect
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multipath effect
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musical effects
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net effect
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nonnuclear effect
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notch impact effect
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nuclear effect
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orange-peel effect
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pairing effect
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Peltier effect
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photochemical effect
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photochromic effect
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photoconductive effect
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photoelastic effect
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photoelectric effect
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photographic effect
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photorefractive effect
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photovoltaic effect
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piezoelectric effect
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piezomagnetic effect
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piezoresistance effect
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pile-up effect
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pinch effect
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pincushion effect
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plastering effect
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plastic effect
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poisonous effect
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polarization effect
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pollution effect
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posterization effect
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postproduction effects
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precedence effect
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presence effect
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printthrough effect
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processing effect
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promoting effect
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propagation effect
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protective effect
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proximity effect
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punch-through effect
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radiation effect
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ram effect
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Raman effect
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reciprocity effect
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refrigerating effect
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relief effect
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remote effect
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residual effect
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rewet-conduction effect
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rewet-precooling effect
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Richardson effect
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ringing effect
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ripple effect
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rocky-point effect
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rod shadow effect
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roll-over effect
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Ross effect
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rotary wipe effects
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rotational effect
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rubberlike effect
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S effect
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Sabattier effect
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salting-in effect
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salting-out effect
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schlieren effect
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Schottky effect
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Schwarzschild effect
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screening effect
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Seebeck effect
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selective effect
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self-demagnetization effect
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self-energizing effect
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self-shielding effect
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sensible cooling effect
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shape memory effect
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shattering effect
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shot effect
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shoulder effect
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side effect
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sink effect
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skin effect
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skin-core effect
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skinning effect
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slipstream effect
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smearing effect
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solvation effect
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sound effects
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space-charge effect
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spacing effect
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spatial defocusing effect
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spill effect
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spin wipe effects
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split-screen effect
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stack effect
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Stark effect
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stereo effect
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stiffening effect
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streaking effect
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stream-line effect
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stroboscopic effect
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suppressing effect
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surface effect
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surging effect
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swooping effect
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synergistic effect
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temperature effect
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tensoresistive effect
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thermal effect
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thermal transpiration effect
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thermoelectric effect
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Thomson effect
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threshold effect
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time-edge effect
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timeedge effect
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transients effect
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triboelectric effect
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trick effects
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tunneling effect
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tunnel effect
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vacancy wind effect
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venetian blind effect
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video mosaic effect
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Villard's effect
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Villard effect
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Volta effect
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volumetric refrigerating effect
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wake effect
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wall effect
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wall-quenching effect
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weather effect
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wedging effect
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white effect
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Wigner effect
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wipe screen effect -
15 layer
1) слой; плёнка || формировать слой или слои; наносить плёнку2) прокладка; разделительный слой || использовать прокладку; разделять слоем3) расслаивать(ся); отслаиваться4) вчт уровень || вводить уровни; использовать многоуровневое представление (напр. иерархической системы)5) уровень шифрования, один из (последовательно применяемых неидентичных) шагов шифрования ( в блочных шифрах)•- layer of weaker air movement
- layer of weights
- accumulation layer
- adhesion layer
- Appleton layer
- application layer - barrier layer
- base layer
- Beilby layer
- blocking layer
- bonding layer
- bottom layer
- boundary layer
- buried layer
- cathode layer
- Chapman layer
- charge layer
- collector layer
- competitive layer
- confusion layer
- control layer
- D-layer
- data-link layer
- daytime layer
- dead layer
- depletionlayer
- deposited layer
- diffusion layer
- dipole layer
- doped layer
- ducting layer
- E-layer
- Es layer
- electroluminescent powder layer
- electron-barrier layer
- elevated layer
- embedded metal layer
- emitter layer
- enriched layer
- epitaxial layer
- evaporation layer
- F-layer
- F1 layer
- F2 layer
- fencing layer
- fused layer
- Gaussian-doped layer
- gettering layer
- Grossberg layer
- half-value layer - heteroepitaxial layer
- hidden layer of neural network
- hole-barrier layer
- homoepitaxial layer
- i-layer
- implanted layer
- input layer of neural network
- interfacial layer
- intrinsic layer
- inversion layer
- ion-implanted layer
- Kennelly-Heaviside layer
- Kohonen layer
- light-blocking layer
- link layer
- liquid-crystal layer
- low-latitude boundary layer
- metal layer
- metallization layer
- microtwinned layer
- microvia layer
- momentum boundary layer
- n-layer
- narrow band-gap layer
- near-intrinsic layer
- network layer
- neural layer
- optical waveguiding layer
- output layer of neural network
- overgrown layer
- oxide layer
- ozone layer
- p-layer
- passivation layer
- phosphor layer
- photoconductive control layer
- physical layer
- pi layer
- plasma sheet boundary layer
- polysilicon layer
- presentation layer
- recording layer
- secure sockets layer
- self-assembled layer
- semi-transparent layer
- sensor layer
- separating layer
- session layer
- signal layer
- space-charge layer
- spontaneous inversion layer
- sporadic-E layer
- surface boundary layer
- swept-out layer
- transaction layer
- transition layer
- transport layer
- tropospheric layer
- unswept layer
- unswept epitaxial layer
- vacuum-deposited layer
- vacuum-evaporated layer
- wide band-gap layer
- wiring layer
- ν-layer
- π-layer -
16 layer
1) слой; плёнка || формировать слой или слои; наносить плёнку2) прокладка; разделительный слой || использовать прокладку; разделять слоем3) расслаивать(ся); отслаиваться4) вчт. уровень || вводить уровни; использовать многоуровневое представление (напр. иерархической системы)5) уровень шифрования, один из (последовательно применяемых неидентичных) шагов шифрования ( в блочных шифрах)•- ν layer- π layer
- accumulation layer
- adhesion layer
- Appleton layer
- application layer
- ATM adaptation layer
- atom layer
- barrier layer
- base layer
- Beilby layer
- blocking layer
- bonding layer
- bottom layer
- boundary layer
- buried layer
- cathode layer
- Chapman layer
- charge layer
- collector layer
- competitive layer
- confusion layer
- control layer
- D layer
- data-link layer
- daytime layer
- dead layer
- depletion layer
- deposited layer
- diffusion layer
- dipole layer
- doped layer
- ducting layer
- E layer
- Es layer
- electroluminescent powder layer
- electron-barrier layer
- elevated layer
- embedded metal layer
- emitter layer
- enriched layer
- epitaxial layer
- evaporation layer
- F layer
- F2 layer
- F1 layer
- fencing layer
- fused layer
- Gaussian-doped layer
- gettering layer
- Grossberg layer
- half-value layer
- hardware abstraction layer
- Heaviside layer
- heteroepitaxial layer
- hidden layer of neural network
- hole-barrier layer
- homoepitaxial layer
- i layer
- implanted layer
- input layer of neural network
- interfacial layer
- intrinsic layer
- inversion layer
- ion-implanted layer
- Kennelly-Heaviside layer
- Kohonen layer
- layer of units
- layer of weaker air movement
- layer of weights
- light-blocking layer
- link layer
- liquid-crystal layer
- low-latitude boundary layer
- metal layer
- metallization layer
- microtwinned layer
- microvia layer
- momentum boundary layer
- n layer
- narrow band-gap layer
- near-intrinsic layer
- network layer
- neural layer
- optical waveguiding layer
- output layer of neural network
- overgrown layer
- oxide layer
- ozone layer
- p layer
- passivation layer
- phosphor layer
- photoconductive control layer
- physical layer
- pi layer
- plasma sheet boundary layer
- polysilicon layer
- presentation layer
- recording layer
- secure sockets layer
- self-assembled layer
- semi-transparent layer
- sensor layer
- separating layer
- session layer
- signal layer
- space-charge layer
- spontaneous inversion layer
- sporadic-E layer
- surface boundary layer
- swept-out layer
- transaction layer
- transition layer
- transport layer
- tropospheric layer
- unswept epitaxial layer
- unswept layer
- vacuum-deposited layer
- vacuum-evaporated layer
- wide band-gap layer
- wiring layerThe New English-Russian Dictionary of Radio-electronics > layer
См. также в других словарях:
diffusion gettering — difuzinė priemaišų sutrauktis statusas T sritis radioelektronika atitikmenys: angl. diffusion gettering vok. Diffusionsgettern, n; Gettern durch Diffusion, n rus. диффузионное геттерирование, n pranc. getterage de diffusion, f … Radioelektronikos terminų žodynas
Gettern durch Diffusion — difuzinė priemaišų sutrauktis statusas T sritis radioelektronika atitikmenys: angl. diffusion gettering vok. Diffusionsgettern, n; Gettern durch Diffusion, n rus. диффузионное геттерирование, n pranc. getterage de diffusion, f … Radioelektronikos terminų žodynas
getterage de diffusion — difuzinė priemaišų sutrauktis statusas T sritis radioelektronika atitikmenys: angl. diffusion gettering vok. Diffusionsgettern, n; Gettern durch Diffusion, n rus. диффузионное геттерирование, n pranc. getterage de diffusion, f … Radioelektronikos terminų žodynas
Diffusionsgettern — difuzinė priemaišų sutrauktis statusas T sritis radioelektronika atitikmenys: angl. diffusion gettering vok. Diffusionsgettern, n; Gettern durch Diffusion, n rus. диффузионное геттерирование, n pranc. getterage de diffusion, f … Radioelektronikos terminų žodynas
difuzinė priemaišų sutrauktis — statusas T sritis radioelektronika atitikmenys: angl. diffusion gettering vok. Diffusionsgettern, n; Gettern durch Diffusion, n rus. диффузионное геттерирование, n pranc. getterage de diffusion, f … Radioelektronikos terminų žodynas
диффузионное геттерирование — difuzinė priemaišų sutrauktis statusas T sritis radioelektronika atitikmenys: angl. diffusion gettering vok. Diffusionsgettern, n; Gettern durch Diffusion, n rus. диффузионное геттерирование, n pranc. getterage de diffusion, f … Radioelektronikos terminų žodynas
Materials for use in vacuum — are materials showing very low rate of outgassing in vacuum, and, where applicable, tolerant to the bake out temperatures. The requirements grow increasingly stringent with the desired degree of vacuum achievable in the vacuum chamber. The… … Wikipedia
