-
1 Barkhausen effect
эффект Баркгаузена
скачки Баркгаузена
—
[Я.Н.Лугинский, М.С.Фези-Жилинская, Ю.С.Кабиров. Англо-русский словарь по электротехнике и электроэнергетике, Москва, 1999 г.]Тематики
- электротехника, основные понятия
Синонимы
EN
Англо-русский словарь нормативно-технической терминологии > Barkhausen effect
-
2 Barkhausen effect
Большой англо-русский и русско-английский словарь > Barkhausen effect
-
3 Barkhausen effect
Англо-русский словарь технических терминов > Barkhausen effect
-
4 barkhausen effect
Баркхаузена эффект.Последовательность резких изменений в магнитной индукции, происходящих когда меняющаяся магнитная сила действует на ферромагнитный образец.
* * * -
5 Barkhausen effect
1) Металлургия: эффект Барктаузена2) Электроника: эффект Баркгаузена -
6 Barkhausen effect
фмя эффект Баркгаузена -
7 Barkhausen effect
эффект Баркгаузена, скачки Баркгаузена -
8 Barkhausen effect
эффект Баркгаузена, скачки БаркгаузенаThe New English-Russian Dictionary of Radio-electronics > Barkhausen effect
-
9 barkhausen effect
English-Russian dictionary of electronics > barkhausen effect
-
10 anomalous Barkhausen effect
Макаров: аномальный эффект БаркгаузенаУниверсальный англо-русский словарь > anomalous Barkhausen effect
-
11 anomalous Barkhausen effect
English-russian dictionary of physics > anomalous Barkhausen effect
-
12 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
-
accordion effect
-
acoustoelectric effect
-
acoustoresistive effect
-
activation effect
-
adjacency effects
-
adsorption effect
-
Albert effect
-
anode effect
-
anticrease effect
-
arch effect
-
Auger effect
-
autocatalytic effect
-
avalanche effect
-
Barkhausen effect
-
Becquerel effect
-
biological effect
-
blackout effect
-
blast effect
-
blockage effect
-
border effect
-
boundary effect
-
Bragg effect
-
braking effect
-
branching effect
-
bulk effect
-
Callier effect
-
capillary effect
-
capture effect
-
cartooning effect
-
cartoon effect
-
caster effect
-
catalytic effect
-
cavity resonance effect
-
changing quality effect
-
channel effect
-
channeling effect
-
chilling effect
-
chimney effect
-
chugging effect
-
Clayden effect
-
climatic effect
-
Coanda effect
-
comet effect
-
compressibility effect
-
Compton effect
-
constant thrust effect
-
contrast effect
-
controlled cooling effect
-
cooling effect
-
corona effect
-
corrosive effect
-
coupling effect
-
crawling effect
-
crevice effect
-
crimping effect
-
cross effect
-
cross-magnetizing effect
-
crowding effect
-
cryoprotective effect
-
cushioning effect
-
damming effect
-
Debot effect
-
deleterious effect
-
Dellinger effect
-
Dember effect
-
de-skilling effect
-
destructive effect
-
detrimental effect
-
devastating effect
-
diffusion effect
-
digital production effect
-
digital special effect
-
digital video effect
-
directional effect
-
disordering effect
-
dispersion effect
-
dissipative effect
-
distance effect of damming
-
disturbing effect
-
Doppler effect
-
dynatron effect
-
echo effect
-
ecological effect
-
Ederhard's effect
-
Ederhard effect
-
edge effect
-
Edison effect
-
electrocaloric effect
-
electroosmotic effect
-
electrophonic effect
-
electrophoretic effect
-
electroviscous effect
-
emitter dip effect
-
end effect
-
environmental effect
-
Esaki effect
-
exposure effect
-
failure effect
-
Faraday effect
-
fatigue effect
-
feedback effect
-
Ferranti effect
-
ferroelectric effect
-
field effect
-
flicker effect
-
flow history effect
-
flue effect
-
force-frequency effect
-
fringe effect
-
gallery effect
-
galvanomagnetic effect
-
gap effect
-
gettering effect
-
glint effect
-
greenhouse effect
-
ground effect
-
Gunn effect
-
gyromagnetic effect
-
gyroscopic effect
-
Haas effect
-
Hall effect
-
halo effect
-
heat effect
-
Herschel effect
-
high-field effect
-
hothouse effect
-
hydration effect
-
hysteresis effect
-
image effect
-
incondensable effect
-
instability effect
-
interface effects
-
interference effect
-
interline-flicker effect
-
inverted barometer effect
-
ionic strength effect
-
ion strength effect
-
island effect
-
Johnson-Rahbek effect
-
Josephson effect
-
Joule effect
-
Joule-Thomson effect
-
Kelvin effect
-
Kerr effect
-
keystone effect
-
Kostinsky's effect
-
Kostinsky effect
-
lag effect
-
level quantizing effect
-
long-line effect
-
lubricating effect
-
magnetoelastic effect
-
magnetoelectric effect
-
magnetoresistive effect
-
magnetostrictive effect
-
magnetron effect
-
mass effect
-
microphonic effect
-
minimum-size effect
-
mirror effect
-
mixed alkali effect
-
moire effect
-
multiaccelerator effect
-
multipath effect
-
musical effects
-
net effect
-
nonnuclear effect
-
notch impact effect
-
nuclear effect
-
orange-peel effect
-
pairing effect
-
Peltier effect
-
photochemical effect
-
photochromic effect
-
photoconductive effect
-
photoelastic effect
-
photoelectric effect
-
photographic effect
-
photorefractive effect
-
photovoltaic effect
-
piezoelectric effect
-
piezomagnetic effect
-
piezoresistance effect
-
pile-up effect
-
pinch effect
-
pincushion effect
-
plastering effect
-
plastic effect
-
poisonous effect
-
polarization effect
-
pollution effect
-
posterization effect
-
postproduction effects
-
precedence effect
-
presence effect
-
printthrough effect
-
processing effect
-
promoting effect
-
propagation effect
-
protective effect
-
proximity effect
-
punch-through effect
-
radiation effect
-
ram effect
-
Raman effect
-
reciprocity effect
-
refrigerating effect
-
relief effect
-
remote effect
-
residual effect
-
rewet-conduction effect
-
rewet-precooling effect
-
Richardson effect
-
ringing effect
-
ripple effect
-
rocky-point effect
-
rod shadow effect
-
roll-over effect
-
Ross effect
-
rotary wipe effects
-
rotational effect
-
rubberlike effect
-
S effect
-
Sabattier effect
-
salting-in effect
-
salting-out effect
-
schlieren effect
-
Schottky effect
-
Schwarzschild effect
-
screening effect
-
Seebeck effect
-
selective effect
-
self-demagnetization effect
-
self-energizing effect
-
self-shielding effect
-
sensible cooling effect
-
shape memory effect
-
shattering effect
-
shot effect
-
shoulder effect
-
side effect
-
sink effect
-
skin effect
-
skin-core effect
-
skinning effect
-
slipstream effect
-
smearing effect
-
solvation effect
-
sound effects
-
space-charge effect
-
spacing effect
-
spatial defocusing effect
-
spill effect
-
spin wipe effects
-
split-screen effect
-
stack effect
-
Stark effect
-
stereo effect
-
stiffening effect
-
streaking effect
-
stream-line effect
-
stroboscopic effect
-
suppressing effect
-
surface effect
-
surging effect
-
swooping effect
-
synergistic effect
-
temperature effect
-
tensoresistive effect
-
thermal effect
-
thermal transpiration effect
-
thermoelectric effect
-
Thomson effect
-
threshold effect
-
time-edge effect
-
timeedge effect
-
transients effect
-
triboelectric effect
-
trick effects
-
tunneling effect
-
tunnel effect
-
vacancy wind effect
-
venetian blind effect
-
video mosaic effect
-
Villard's effect
-
Villard effect
-
Volta effect
-
volumetric refrigerating effect
-
wake effect
-
wall effect
-
wall-quenching effect
-
weather effect
-
wedging effect
-
white effect
-
Wigner effect
-
wipe screen effect -
13 effect
1) эффект; явление || производить эффект; порождать явление2) влияние; (воз)действие || влиять; оказывать влияние; (воз)действовать; оказывать воздействие3) pl тлв вчт спецэффекты•- ac Hall effect
- ac Josephson effect
- acoustical Faraday effect
- acoustic Doppler effect
- acoustoelectric effect
- acoustoresistive effect
- ambisonic effect
- anisotropic effect
- anode effect
- anomalous Hall effect
- anomalous Sasaki-Shibuya effect
- anomalous Zeeman effect
- antenna effect
- aspect effect
- atomic photoelectric effect
- Auger effect
- avalanche effect
- background effect
- back-porch effect
- back stress effect
- back-wall photoelectric effect
- Barkhausen effect
- Barnett effect
- barrier effect
- base-robbing effect
- binaural effect
- blackout effect
- blindness effect
- Boers effect
- Bragg effect
- Bridgman effect
- bulk effect
- Burstein-Moss effect
- butterfly effect
- capture effect
- Casimir effect
- Cerenkov effect
- channel effect
- charge-storage effect
- cocktail-party effect
- collector-follower effect
- colossal magnetoresistive effect
- comet effect
- Compton effect
- conductivity modulation effect
- contour effect
- conventional skin effect
- converse effect
- converse magnetostrictive effect
- Cooper effect
- Corbino effect
- corner effect
- corona effect
- Cotton effect
- Cotton-Mouton effect
- cryptomagnetic effect
- dc Hall effect
- dc Josephson effect
- dead-end effect
- Debye effect
- Debye-Sears effect
- delayed-sidetone effect
- Dellinger effect
- Dember effect
- dephasing effect
- Destriau effect
- digital multi-effects - domino effect
- Doppler effect
- dynamic pinch effect
- dynamic stereoscopic effect
- dynatron effect
- Early effect
- echo effect
- edge effect
- Edison effect
- Einstein-de Haas effect
- elastooptical effect
- elastoresistive effect
- electroacoustic effect
- electrooptical effect
- electrooptical Kerr effect
- electro-opto-acoustical effect
- electroosmotic effect
- electrophonic effect
- electrophoretic effect
- electroresistive effect
- electrostatic Kerr effect
- electrostrictive effect
- emitter dip effect
- emitter push effect
- end effect
- equatorial Kerr effect
- equatorial magnetooptical Kerr effect
- Esaki effect
- Ettingshausen effect
- external photoelectric effect
- extrinsic photoconductive effect
- extrinsic photoelectric effect
- Faraday effect
- ferroelectric effect
- ferromagnetic proximity effect
- field effect
- field-rejection effect
- fixed effects
- flexoelectric effect
- flicker effect
- flywheel effect
- forbidden effect
- fractional quantum Hall effect
- fringe effect
- galvanomagnetic effects
- galvanothermomagnetic effects
- gap effect
- Gauss effect
- giant Hall effect
- giant magnetoimpedance effect
- giant magnetoresistive effect
- granularity effect
- greenhouse effect
- Gudden-Pohl effect
- Gunn effect
- gyromagnetic effects
- Haas effect
- Hall effect
- Hallwachs effect
- Hanle effect
- heating effect of current
- height effect
- hole-burning effect
- hyperfine effect
- image effect
- inlay effect
- interface effects
- internal photoelectric effect
- intrinsic photoconductive effect
- invar effect
- inverse effect
- inverse Faraday effect
- inverse photoelectric effect
- inverse piezoelectric effect
- island effect
- isotope effect
- Jahn-Teller effect
- Josephson effect
- Joule effect
- junction edge effect
- Kapitza-Dirac effect
- Kerr effect
- Kirk effect
- Kirkendall effect
- Kundt effect
- lagged effect
- laser effect
- Leduc-Righi effect
- linear electrooptic effect
- longitudinal galvanothermomagnetic effect
- longitudinal Kerr effect
- longitudinal magnetoresistive effect
- longitudinal thermomagnetic effect
- long-line effect
- long-run effect
- Lorentz effect
- Lossev effect
- Luxemburg effect
- Maggi-Righi-Leduc effect
- magnetoelastic effect
- magnetoelectric effect
- magnetogalvanic effects
- magnetoimpedance effect
- magnetooptical Kerr effect
- magnetoresistive effect
- magnetostrictive effect
- magnetron effect
- Malter effect
- Meisner effect
- meridional Kerr effect
- meridional magnetooptical Kerr effect
- metamagnetic effect
- metamagnetoelastic effect
- microphonic effect
- microwave biological effect
- Miller effect
- moiré effect
- Mössbauer effect
- motor effect
- multipactor effect
- multipath effect
- multi-valued Sasaki-Shibuya effect
- mutual coupling effect on input impedance
- mutual coupling effect on radiation pattern
- negative resistance effect
- Nernst effect
- Nernst-Ettingshausen effect
- night effect
- normal Hall effect
- normal Zeeman effect
- Nottingham effect
- Ovshinsky effect
- pairing effect
- parallel pumping instability effect
- parallel pumping spin wave instability effect
- Pashen-Back effect
- peak effect
- Peltier effect
- photocapacitor effect
- photoconductive effect
- photodielectric effect
- photodiffusion effect
- photoelastic effect
- photoelectret effect
- photoelectric effect
- photoelectromagnetic effect
- photoemissive effect
- photomagnetic effect
- photomagnetoelectric effect
- photopiezoelectric effect
- photothermoelectric effect
- photovoltaic effect
- picket-fence effect
- piezoelectric effect
- piezomagnetic effect
- piezomagnetoelectric effect
- piezooptical effect
- piezoresistance effect
- piezoresistive effect
- pinch effect
- pinch-in effect
- Pockels effect
- polar Kerr effect
- polar magnetooptical Kerr effect
- Pool-Frenkel effect
- print-through effect
- proximity effect
- pyroelectric effect
- pyromagnetic effect
- quadraphonic effect
- quadro effect
- quadratic magnetooptical effect
- quantized Hall effect
- quantum Hall effect
- Raman effect
- Ramsauer effect
- random effect
- rate effect
- red eyes effect
- Renner effect
- Richardson effect
- Ridley-Watkins-Hilsum-Gunn effect
- Righi-Leduc effect
- Rijke effect
- ripple effect
- ripple-through effect
- Rocky-Point effect
- S-effect
- Sasaki-Shibuya effect
- Schottky effect
- schrot effect
- screening effect
- seasonal effect
- Seebeck effect
- shore effect
- short-channel effect
- short-run effect
- shot effect
- side effect
- sidewalk effect
- Silsbee effect
- size effect
- skin effect
- sound effects
- space-charge effect
- special effects
- speckle effect
- spillover effect
- Stark effect
- stereo effect
- stereophonic effect
- stereoscopic effect
- Stiles-Crawford effect
- stimulated Raman effect
- stirring effect
- storage effect
- stroboscopic effect
- Stroop effect
- Suhl effect
- superparamagnetic effect
- surface-charge effect
- surface field effect
- tensoresistive effect
- tertiary pyroelectric effect
- thermal effect
- thermoelectric effect
- thermogalvanomagnetic effect
- thermomagnetic effect
- Thomson effect
- threshold effect
- transferred-electron effect
- transverse galvanothermomagnetic effect
- transverse Hall effect
- transverse Kerr effect
- transverse magnetoresistive effect
- transverse Nernst-Ettingshausen effect
- transverse pumping instability effect
- transverse pumping spin wave instability effect
- transverse thermogalvanomagnetic effect
- transverse thermomagnetic effect
- trap effect
- trapping effect
- tunnel effect
- tunneling effect
- turnpike effect
- twisted nematic effect
- Tyndall effect
- Venetian blind effect
- vertical component effect
- Villari effect
- Voigt effect
- Volta effect
- wall effect
- Webster effect
- Wertheim effect
- Wiedemann effect
- Wiegand effect
- window effect
- word superiority effect
- X-ray photoelectric effect
- Zeeman effect
- Zener effect
- ΔE-effect -
14 effect
1) эффект; явление || производить эффект; порождать явление2) влияние; (воз)действие || влиять; оказывать влияние; (воз)действовать; оказывать воздействие3) pl.; тлв.; вчт. спецэффекты•- ac Hall effect
- ac Josephson effect
- acoustic Doppler effect
- acoustical Faraday effect
- acoustoelectric effect
- acoustoresistive effect
- ambisonic effect
- anisotropic effect
- anode effect
- anomalous Hall effect
- anomalous Sasaki-Shibuya effect
- anomalous Zeeman effect
- antenna effect
- aspect effect
- atomic photoelectric effect
- Auger effect
- avalanche effect
- back stress effect
- background effect
- back-porch effect
- back-wall photoelectric effect
- Barkhausen effect
- Barnett effect
- barrier effect
- base-robbing effect
- binaural effect
- blackout effect
- blindness effect
- Boers effect
- Bragg effect
- Bridgman effect
- bulk effect
- Burstein-Moss effect
- butterfly effect
- capture effect
- Casimir effect
- Cerenkov effect
- channel effect
- charge-storage effect
- cocktail-party effect
- collector-follower effect
- colossal magnetoresistive effect
- comet effect
- Compton effect
- conductivity modulation effect
- contour effect
- conventional skin effect
- converse effect
- converse magnetostrictive effect
- Cooper effect
- Corbino effect
- corner effect
- corona effect
- Cotton effect
- Cotton-Mouton effect
- cryptomagnetic effect
- dc Hall effect
- dc Josephson effect
- dead-end effect
- Debye effect
- Debye-Sears effect
- delayed-sidetone effect
- Dellinger effect
- Dember effect
- dephasing effect
- Destriau effect
- digital multi-effects
- digital video effect
- direct piezoelectric effect
- domino effect
- Doppler effect
- dynamic pinch effect
- dynamic stereoscopic effect
- dynatron effect
- Early effect
- echo effect
- edge effect
- Edison effect
- effect of intermediate valence
- Einstein-de Haas effect
- elastooptical effect
- elastoresistive effect
- electroacoustic effect
- electrooptical effect
- electrooptical Kerr effect
- electro-opto-acoustical effect
- electroosmotic effect
- electrophonic effect
- electrophoretic effect
- electroresistive effect
- electrostatic Kerr effect
- electrostrictive effect
- emitter dip effect
- emitter push effect
- end effect
- equatorial Kerr effect
- equatorial magnetooptical Kerr effect
- Esaki effect
- Ettingshausen effect
- external photoelectric effect
- extrinsic photoconductive effect
- extrinsic photoelectric effect
- Faraday effect
- ferroelectric effect
- ferromagnetic proximity effect
- field effect
- field-rejection effect
- fixed effects
- flexoelectric effect
- flicker effect
- flywheel effect
- forbidden effect
- fractional quantum Hall effect
- fringe effect
- galvanomagnetic effects
- galvanothermomagnetic effects
- gap effect
- Gauss effect
- giant Hall effect
- giant magnetoimpedance effect
- giant magnetoresistive effect
- granularity effect
- greenhouse effect
- Gudden-Pohl effect
- Gunn effect
- gyromagnetic effects
- Haas effect
- Hall effect
- Hallwachs effect
- Hanle effect
- heating effect of current
- height effect
- hole-burning effect
- hyperfine effect
- image effect
- inlay effect
- interface effects
- internal photoelectric effect
- intrinsic photoconductive effect
- invar effect
- inverse effect
- inverse Faraday effect
- inverse photoelectric effect
- inverse piezoelectric effect
- island effect
- isotope effect
- Jahn-Teller effect
- Josephson effect
- Joule effect
- junction edge effect
- Kapitza-Dirac effect
- Kerr effect
- Kirk effect
- Kirkendall effect
- Kundt effect
- lagged effect
- laser effect
- Leduc-Righi effect
- linear electrooptic effect
- longitudinal galvanothermomagnetic effect
- longitudinal Kerr effect
- longitudinal magnetoresistive effect
- longitudinal thermomagnetic effect
- long-line effect
- long-run effect
- Lorentz effect
- Lossev effect
- Luxemburg effect
- Maggi-Righi-Leduc effect
- magnetoelastic effect
- magnetoelectric effect
- magnetogalvanic effects
- magnetoimpedance effect
- magnetooptical Kerr effect
- magnetoresistive effect
- magnetostrictive effect
- magnetron effect
- Malter effect
- Meisner effect
- meridional Kerr effect
- meridional magnetooptical Kerr effect
- metamagnetic effect
- metamagnetoelastic effect
- microphonic effect
- microwave biological effect
- Miller effect
- moiré effect
- Mössbauer effect
- motor effect
- multipactor effect
- multipath effect
- multi-valued Sasaki-Shibuya effect
- mutual coupling effect on input impedance
- mutual coupling effect on radiation pattern
- negative resistance effect
- Nernst effect
- Nernst-Ettingshausen effect
- night effect
- normal Hall effect
- normal Zeeman effect
- Nottingham effect
- Ovshinsky effect
- pairing effect
- parallel pumping instability effect
- parallel pumping spin wave instability effect
- Pashen-Back effect
- peak effect
- Peltier effect
- photocapacitor effect
- photoconductive effect
- photodielectric effect
- photodiffusion effect
- photoelastic effect
- photoelectret effect
- photoelectric effect
- photoelectromagnetic effect
- photoemissive effect
- photomagnetic effect
- photomagnetoelectric effect
- photopiezoelectric effect
- photothermoelectric effect
- photovoltaic effect
- picket-fence effect
- piezoelectric effect
- piezomagnetic effect
- piezomagnetoelectric effect
- piezooptical effect
- piezoresistance effect
- piezoresistive effect
- pinch effect
- pinch-in effect
- Pockels effect
- polar Kerr effect
- polar magnetooptical Kerr effect
- Pool-Frenkel effect
- print-through effect
- proximity effect
- pyroelectric effect
- pyromagnetic effect
- quadraphonic effect
- quadratic magnetooptical effect
- quadro effect
- quantized Hall effect
- quantum Hall effect
- Raman effect
- Ramsauer effect
- random effect
- rate effect
- red eyes effect
- Renner effect
- Richardson effect
- Ridley-Watkins-Hilsum-Gunn effect
- Righi-Leduc effect
- Rijke effect
- ripple effect
- ripple-through effect
- Rocky-Point effect
- S effect
- Sasaki-Shibuya effect
- Schottky effect
- schrot effect
- screening effect
- seasonal effect
- Seebeck effect
- shore effect
- short-channel effect
- short-run effect
- shot effect
- side effect
- sidewalk effect
- Silsbee effect
- size effect
- skin effect
- sound effects
- space-charge effect
- special effects
- speckle effect
- spillover effect
- Stark effect
- stereo effect
- stereophonic effect
- stereoscopic effect
- Stiles-Crawford effect
- stimulated Raman effect
- stirring effect
- storage effect
- stroboscopic effect
- Stroop effect
- Suhl effect
- superparamagnetic effect
- surface field effect
- surface-charge effect
- tensoresistive effect
- tertiary pyroelectric effect
- thermal effect
- thermoelectric effect
- thermogalvanomagnetic effect
- thermomagnetic effect
- Thomson effect
- threshold effect
- transferred-electron effect
- transverse galvanothermomagnetic effect
- transverse Hall effect
- transverse Kerr effect
- transverse magnetoresistive effect
- transverse Nernst-Ettingshausen effect
- transverse pumping instability effect
- transverse pumping spin wave instability effect
- transverse thermogalvanomagnetic effect
- transverse thermomagnetic effect
- trap effect
- trapping effect
- tunnel effect
- tunneling effect
- turnpike effect
- twisted nematic effect
- Tyndall effect
- Venetian blind effect
- vertical component effect
- Villari effect
- Voigt effect
- Volta effect
- wall effect
- Webster effect
- Wertheim effect
- Wiedemann effect
- Wiegand effect
- window effect
- word superiority effect
- X-ray photoelectric effect
- Zeeman effect
- Zener effectThe New English-Russian Dictionary of Radio-electronics > effect
-
15 effect
1. действие2. эффект3. влияние4. результат, следствие6. производить7. вызыватьablation effect — влияние абляции, эффект абляции
after effect — последействие
anisotropic effect — эффект анизотропии
area effect — влияние поверхности
ballistic effect — баллистический эффект
Barkhausen effect — эффект Баркгаузена (скачкообразное изменение намагниченности ферромагнетиков при непрерывном изменении внешних условий)
Bauschinger effect — эффект Баушингера (уменьшениие сопротивления кристаллического материала пластической деформации после предварительной малой пластической деформации противоположного знака)
binding effect — эффект связывания, связывающее [сцепляющее] действие
Cherenkov effect — эффект [свечение] Черенкова (свечение, вызываемое в прозрачной среде заряженной частицей, которая движется со скоростью, превышающей фазовую скорость распространения света в этой среде)
corrosion effect — воздействие коррозии
creep effect — влияние ползучести
crevice effect — щелевой эффект
cross-linking effect — влияние структурирования
cryogenic radiation effect — влияние облучения при криогенных температурах
Dember effect — эффект Дембера, фотодиффузионный эффект
diamagnetic effect — диамагнитный [магнитный поляризационный] эффект
dielectric relaxation effect — диэлектрический релаксационный эффект
diffraction effect — эффект дифракции
effect of aging — эффект старения
effect of humidity — влияние влажности
effect of prelaunch environmental — влияние предпусковых условий
effect of quenching — влияние закалки
effect of resin content — влияние содержания смолы
effect of shrinkage — влияние усадки
elastooptic effect — упругооптический эффект
electrochemical effect — электрохимический эффект
electrooptical effect — электрооптический эффект
elevated-temperature effect — влияние повышенной температуры
embrittling effect — влияние охрупчивания
environmental effect — влияние [воздействие] окружающей среды
erosion effect — влияиие эрозии
external Rehbinder effect — внешний эффект Ребиндера, внешний адсорбционный эффект понижения прочности
Faraday effect — эффект Фарадея (вращение плоскости поляризации света при распространении его в веществе вдоль линий магнитного поля)
galvanomagnetic effect — гальваномагнитный эффект
gettering effect — 1) эффект генерирования 2) газопоглощение, геттерирование
Hall effect — эффект Холла (возникновение поперечной разности потенциалов при помещении проводника с постоянным током в магнитное поле)
heat effect — тепловой эффект, теплотворная способность
high-temperature effect — влияние высокой температуры
inhibiting effect — задерживающее влияние, антикоррозионное [антиокислительное] действие
internal photoelectric effect — внутренний фотоэффект
internal Rehbinder effect — внутренний эффект Ребиндера, внутренний адсорбционный эффект понижения прочности
irradiation effect — влияние облучения
isotropic effect — изотропный эффект
Johnson effect — эффект Джонсона
Kaiser effect — эффект Кайзера ( акустоэмиссионный эффект памяти материалов)
Kelvin effect — поверхностный эффект, скин-эффект
Kirkendall effect — эффект Киркендалла (смещение границы раздела двух веществ при различии диффузионных потоков из одного вещества в другое; из-за разности этих потоков вблизи границы раздела появляется пористость)
low-temperature effect — влияние низкой температуры
magnetoelastic effect — магнитоупругий эффект, магнитострикция
magnetoelectric effect — магнитоэлектрический эффект
magnetooptical effect — магнитооптический эффект
magnetoresistive effect — гальваномагнитный эффект, эффект Холла
moire effect — муаровый эффект
moisture effect — влияние влажности
Mossbauer effect — эффект Мессбауэра ( резонансное испускание и поглощение гамма-лучей без отдачи)
neutron irradiation effect — влияние нейтронного облучения
notch effect — влияние [эффект] надреза ( при механических испытаниях)
optical Stark effect — оптический эффект Штарка (расщепление спектральных линий атомов и молекул, попавших в сильное электрическое поле)
orientation effect — ориентационный эффект, влияние степени ориентации
packing effect — степень упаковки
Peltier effect — явление [эффект] Пельтье, обратный термоэлектрический эффект
photoelastic effect — фотоупругий эффект
piezoelectric effect — пьезоэлектрический эффект
piezooptical effect — пьезооптический эффект
processing effect — результаты обработки; влияние технологии
quenching effect — влияние закалки
radiation effect — действие излучения, влияние облучения; действие проникающей радиации
radiation-hardening effect — эффект упрочнения облучением
radiative effect — радиационный эффект
Raman effect — комбинационное рассеяние света
re-entry effect — влияние входа в плотную атмосферу
Rehbinder effect — эффект Ребиндера, адсорбционный эффект понижения прочности
reinforcing effect — влияние армирования
repeated stress effect — действие повторных нагрузок
shielding effect — эффект теплозащиты [экранирования]
shrinkage effect — эффект усадки
size effect — 1) масштабный фактор [эффект] 2) влияние аппретирования
skin effect — поверхностный эффект, скин-эффект
Soret effect — эффект Соре, термодиффузия
space environmental effect — влияние космических условий
space radiation effect — влияние космического излучения
Stark effect — эффект Штарка (расщепление и сдвиг спектральных линий атомов и молекул во внешнем электрическом поле)
static fatigue effect — действие статической усталости
strengthening effect — упрочняющий эффект, эффект упрочнения
stress concentration effect — влияние концентрации напряжений
temperature effect — влияние температуры, температурный эффект
thermal effect — тепловой [термический] эффект
thermoelastic effect — термоупругий эффект
thermomagnetic effect — термомагнитный эффект
transpiration cooling effect — эффективность испарительного охлаждения
tunneling effect — туннельный эффект
vibration effect — воздействие вибраций
Zeeman effect — эффект [явление] Зеемана ( расщепление линий атомных спектров в магнитном поле)
zero g effect — влияние невесомости
English-Russian dictionary of aviation and space materials > effect
-
16 Barkhausen jump
эффект Баркгаузена
скачки Баркгаузена
—
[Я.Н.Лугинский, М.С.Фези-Жилинская, Ю.С.Кабиров. Англо-русский словарь по электротехнике и электроэнергетике, Москва, 1999 г.]Тематики
- электротехника, основные понятия
Синонимы
EN
Англо-русский словарь нормативно-технической терминологии > Barkhausen jump
-
17 эффект Баркгаузена
Большой англо-русский и русско-английский словарь > эффект Баркгаузена
-
18 oscillator
1) генератор3) гетеродин4) фтт осциллятор5) вибратор, элементарный излучатель•- a-f oscillator
- anharmonic oscillator
- antistiction oscillator
- arc oscillator
- arc-tube relaxation oscillator
- Armstrong oscillator - audio-frequency oscillator
- autodyne oscillator
- avalanche oscillator
- avalanche-diode oscillator - Barkhausen oscillator
- Barkhausen-Kurz oscillator
- beam-plasma wave oscillator
- beat oscillator - bias oscillator
- bipolar transistor oscillator
- blocking oscillator
- bridge piezoelectric oscillator
- bulk negative resistance oscillator
- Butler oscillator
- capacitance-resistance oscillator
- carrier insertion oscillator
- cathode-follower oscillator
- cavity oscillator
- chroma oscillator
- chrominance-subcarrier oscillator
- Clapp oscillator
- code-practice oscillator - color subcarrier oscillator
- Colpitts oscillator
- continuous-wave oscillator - cw oscillator
- degenerate parametric oscillator
- degenerate-type parametric oscillator - digital-control oscillator
- digital delay oscillator
- double-local oscillator
- double-transit oscillator
- Dow oscillator
- driven blocking oscillator
- driving oscillator
- Duffing oscillator
- dynatron oscillator - electron-tube oscillator
- erase oscillator
- extended-interaction oscillator
- Fabry-Perot maser oscillator
- fast cyclotron-wave oscillator
- feedback oscillator
- fixed-frequency oscillator
- fork oscillator
- free-running oscillator - frequency-sensitive oscillator
- frequency-swept oscillator
- ganging oscillator
- garnet-tuned oscillator
- gas-tube relaxation oscillator
- grid-dip oscillator
- grid-pulsing oscillator
- Gunn oscillator
- Gunn-diode oscillator
- Gunn-effect oscillator
- harmonic oscillator
- harmonic-locked oscillator
- Hartley oscillator
- helitron oscillator
- Hertzian oscillator
- heterodyne oscillator - impact-avalanche transit-time diode oscillator
- IMPATT oscillator
- impulse oscillator
- induced-degeneration blocking oscillator
- inductance-capacitance oscillator
- injected-beam backward-wave oscillator
- injection-driven oscillator
- injection-locked oscillator
- integral-cavity reflex-klystron oscillator
- Josephson oscillator
- kallitron oscillator
- keep-alive oscillator - laser oscillator
- LC oscillator
- Lecher oscillator
- Lecher-wire oscillator
- lighthouse-tube oscillator
- limited space-charge accumulation oscillator
- linear oscillator
- linear time-base oscillator
- line stabilized oscillator
- local oscillator
- locked oscillator
- locked-in oscillator
- LSA oscillator
- magnetostriction oscillator
- magnetostrictive oscillator
- magnetron oscillator
- maser oscillator
- master oscillator
- Meacham bridge oscillator
- Meissner oscillator
- microwave oscillator
- Miller oscillator
- modulated oscillator
- molecular oscillator
- monotron oscillator
- M-type backward-wave oscillator
- multifrequency oscillator
- multivibrator oscillator
- negative-resistance oscillator
- negative-transconductance oscillator
- nonsinusoidal oscillator
- number-controlled oscillator - parametric phase-locked oscillator - phase-shift oscillator
- phase-stabilized oscillator
- Pierce oscillator
- piezoelectric oscillator
- pilot oscillator
- plasma oscillator
- positive-grid oscillator
- pulse oscillator - quartz-crystal oscillator
- quartz-crystal-controlled oscillator
- quartz-locked oscillator
- quench oscillator
- quenched-mode Gunn oscillator
- RC oscillator
- Read-diode oscillator
- reentrant oscillator
- reference oscillator
- reflection oscillator
- reflex-klystron oscillator
- regenerative oscillator
- relaxation oscillator
- repeller-type oscillator
- resistance-capacitance oscillator
- resonant-line oscillator
- retarding-field oscillator
- RF oscillator
- ring oscillator
- ringing oscillator
- rugged oscillator
- sawtooth oscillator
- self-excited oscillator
- self-mixing oscillator
- self-quenching oscillator
- series-tuned oscillator
- service oscillator
- shunt-tuned oscillator
- sine-wave oscillator
- single-mode oscillator
- single-shot blocking oscillator
- single-wave oscillator
- spark-gap oscillator
- spin oscillator
- square-wave oscillator
- squegging oscillator - sweep oscillator
- synchronized oscillator
- temperature compensated oscillator
- test oscillator
- tetrode oscillator
- timing-axis oscillator - transitron oscillator
- TRAPATT oscillator
- trapped plasma avalanche transit-time oscillator - tunable oscillator
- tuned-anode oscillator
- tuned-base oscillator
- tuned-collector oscillator
- tuned-grid oscillator
- tuned-input oscillator
- tuned-output oscillator
- tuned-plate oscillator
- ultra-audion oscillator - varactor-modulated crystal oscillator - Xtal oscillator
- YIG-tuned tunnel-diode oscillator -
19 oscillator
1) генератор3) гетеродин4) фтт. осциллятор5) вибратор, элементарный излучатель•- a-f oscillator
- anharmonic oscillator
- antistiction oscillator
- arc oscillator
- arc-tube relaxation oscillator
- Armstrong oscillator
- astable blocking oscillator
- audio oscillator
- audio-frequency oscillator
- autodyne oscillator
- avalanche oscillator
- avalanche-diode oscillator
- backward-wave oscillator
- balanced oscillator
- Barkhausen oscillator
- Barkhausen-Kurz oscillator
- beam-plasma wave oscillator
- beat oscillator
- beat-frequency oscillator
- beating oscillator
- bias oscillator
- bipolar transistor oscillator
- blocking oscillator
- bridge piezoelectric oscillator
- bulk negative resistance oscillator
- Butler oscillator
- capacitance-resistance oscillator
- carrier insertion oscillator
- cathode-follower oscillator
- cavity oscillator
- chroma oscillator
- chrominance-subcarrier oscillator
- Clapp oscillator
- code-practice oscillator
- coherent oscillator
- color oscillator
- color subcarrier oscillator
- Colpitts oscillator
- continuous-wave oscillator
- crystal oscillator
- crystal-controlled oscillator
- cw oscillator
- degenerate parametric oscillator
- degenerate-type parametric oscillator
- delayed pulse oscillator
- dielectric resonator oscillator
- digital delay oscillator
- digital-control oscillator
- double-local oscillator
- double-transit oscillator
- Dow oscillator
- driven blocking oscillator
- driving oscillator
- Duffing oscillator
- dynatron oscillator
- electron-coupled oscillator
- electronically tunable oscillator
- electron-tube oscillator
- erase oscillator
- extended-interaction oscillator
- Fabry-Perot maser oscillator
- fast cyclotron-wave oscillator
- feedback oscillator
- fixed-frequency oscillator
- fork oscillator
- free-running oscillator
- frequency multiplier oscillator
- frequency-pulling oscillator
- frequency-sensitive oscillator
- frequency-swept oscillator
- ganging oscillator
- garnet-tuned oscillator
- gas-tube relaxation oscillator
- grid-dip oscillator
- grid-pulsing oscillator
- Gunn oscillator
- Gunn-diode oscillator
- Gunn-effect oscillator
- harmonic oscillator
- harmonic-locked oscillator
- Hartley oscillator
- helitron oscillator
- Hertzian oscillator
- heterodyne oscillator
- high-frequency oscillator
- impact-avalanche transit-time diode oscillator
- impact-avalanche transit-time oscillator
- IMPATT oscillator
- impulse oscillator
- induced-degeneration blocking oscillator
- inductance-capacitance oscillator
- injected-beam backward-wave oscillator
- injection-driven oscillator
- injection-locked oscillator
- integral-cavity reflex-klystron oscillator
- Josephson oscillator
- kallitron oscillator
- keep-alive oscillator
- klystron oscillator
- labile oscillator
- laser oscillator
- LC oscillator
- Lecher oscillator
- Lecher-wire oscillator
- lighthouse-tube oscillator
- limited space-charge accumulation oscillator
- line stabilized oscillator
- linear oscillator
- linear time-base oscillator
- local oscillator
- locked oscillator
- locked-in oscillator
- LSA oscillator
- magnetostriction oscillator
- magnetostrictive oscillator
- magnetron oscillator
- maser oscillator
- master oscillator
- Meacham bridge oscillator
- Meissner oscillator
- microwave oscillator
- Miller oscillator
- modulated oscillator
- molecular oscillator
- monotron oscillator
- M-type backward-wave oscillator
- multifrequency oscillator
- multivibrator oscillator
- negative-resistance oscillator
- negative-transconductance oscillator
- nonsinusoidal oscillator
- number-controlled oscillator
- optical parametric oscillator
- O-type backward-wave oscillator
- oven-controlled crystal oscillator
- parametric oscillator
- parametric phase-locked oscillator
- phase-locked oscillator
- phase-locked subharmonic oscillator
- phase-shift oscillator
- phase-stabilized oscillator
- Pierce oscillator
- piezoelectric oscillator
- pilot oscillator
- plasma oscillator
- positive-grid oscillator
- pulse oscillator
- pulsed avalanche oscillator
- pulsed avalanche-diode oscillator
- push-pull oscillator
- quartz-crystal oscillator
- quartz-crystal-controlled oscillator
- quartz-locked oscillator
- quench oscillator
- quenched-mode Gunn oscillator
- RC oscillator
- Read-diode oscillator
- reentrant oscillator
- reference oscillator
- reflection oscillator
- reflex-klystron oscillator
- regenerative oscillator
- relaxation oscillator
- repeller-type oscillator
- resistance-capacitance oscillator
- resonant-line oscillator
- retarding-field oscillator
- RF oscillator
- ring oscillator
- ringing oscillator
- rugged oscillator
- sawtooth oscillator
- self-excited oscillator
- self-mixing oscillator
- self-quenching oscillator
- series-tuned oscillator
- service oscillator
- shunt-tuned oscillator
- sine-wave oscillator
- single-mode oscillator
- single-shot blocking oscillator
- single-wave oscillator
- spark-gap oscillator
- spin oscillator
- square-wave oscillator
- squegging oscillator
- stabilized local oscillator
- subcarrier oscillator
- superconducting-cavity stabilized oscillator
- surface-acoustic-wave oscillator
- sweep oscillator
- synchronized oscillator
- temperature compensated oscillator
- test oscillator
- tetrode oscillator
- timing-axis oscillator
- transferred-electron oscillator
- transistor oscillator
- transitron oscillator
- TRAPATT oscillator
- trapped plasma avalanche transit-time oscillator
- traveling-wave oscillator
- tri-tet oscillator
- tunable oscillator
- tuned-anode oscillator
- tuned-base oscillator
- tuned-collector oscillator
- tuned-grid oscillator
- tuned-input oscillator
- tuned-output oscillator
- tuned-plate oscillator
- ultra-audion oscillator
- unijunction transistor oscillator
- unlocked driven oscillators
- vacuum-tube oscillator
- Van der Pol oscillator
- varactor-modulated crystal oscillator
- variable reactance oscillator
- variable-frequency oscillator
- velocity-modulated oscillator
- voltage-controlled crystal oscillator
- voltage-controlled oscillator
- Wien-bridge oscillator
- Xtal oscillator
- YIG-tuned tunnel-diode oscillatorThe New English-Russian Dictionary of Radio-electronics > oscillator
-
20 oscillator
1) генератор2) гетеродин3) вибратор, элементарный излучатель4) осциллятор•-
active oscillator
-
amplitude-modulated oscillator
-
audio-frequency oscillator
- backward wave oscillator -
balanced oscillator
-
Barkhausen-Kurz oscillator
-
battery-driven oscillator
-
beat-frequency oscillator
-
beating oscillator
-
bias oscillator
-
blocking oscillator
-
bridge oscillator
-
bulk-wave oscillator
-
burst-controlled oscillator
-
calibration oscillator
-
capacitance-resistance oscillator
-
carrier frequency oscillator
-
cavity oscillator
-
cesium-beam atomic oscillator
-
chopping oscillator
-
Clapp oscillator
-
clock oscillator
-
coherent local oscillator
-
coherent oscillator
-
color subcarrier oscillator
-
continuous-wave oscillator
-
crystal-controlled oscillator
-
dielectric resonator oscillator
-
digitally-controlled oscillator
-
digital-controlled oscillator
-
digitally-control oscillator
-
digital-control oscillator
-
double-transit oscillator
-
Dow oscillator
-
drive oscillator
-
dynatron oscillator
-
eccentric weight oscillator
-
electric-tuned oscillator
-
electronically tunable oscillator
-
erase oscillator
-
extended-interaction oscillator
-
fast cyclotrone oscillator
-
fast oscillator
-
feedback oscillator
-
fixed-frequency oscillator
-
fork oscillator
-
free-running oscillator
-
frequency modulated oscillator
-
frequency-sensitive oscillator
-
frequency-swept oscillator
-
gated oscillator
-
Gunn oscillator
-
Gunn-diode oscillator
-
Gunn-effect oscillator
-
harmonic oscillator
-
Hartley oscillator
-
Hertzian oscillator
-
heterodyne oscillator
-
high-frequency oscillator
-
horizontal oscillator
-
hydraulic oscillator
-
impulse oscillator
-
inductance-capacitance oscillator
-
injection-driven oscillator
-
injection-locked oscillator
-
klystron oscillator
-
laser oscillator
-
LC oscillator
-
linear oscillator
-
local oscillator
-
locked-in oscillator
-
locked oscillator
-
low-frequency oscillator
-
low-noise oscillator
-
magnetostrictive oscillator
-
magnetron oscillator
-
marker oscillator
-
maser oscillator
-
master oscillator
-
Miller oscillator
-
mode-locked oscillator
-
modulated oscillator
-
molecular oscillator
-
motor-driven oscillator
-
motor-tuned oscillator
-
multifrequency oscillator
-
multivibrator oscillator
-
nuclear reactor oscillator
-
number-controlled oscillator
-
offset oscillator
-
oven-controlled crystal oscillator
-
parametric oscillator
-
permeability-tuned oscillator
-
phase-locked oscillator
-
phase-stabilized oscillator
-
piezoelectric oscillator
-
pilot oscillator
-
pulsed oscillator
-
pulse oscillator
-
quartz-crystal-controlled oscillator
-
quartz-crystal oscillator
-
radio-frequency oscillator
-
ramp oscillator
-
range-marker oscillator
-
RC-oscillator
-
reference oscillator
-
reflection oscillator
-
relaxation oscillator
-
repeller-type oscillator
-
RF-oscillator
-
ring oscillator
-
rugged oscillator
-
sawtooth oscillator
-
self-excited oscillator
-
service oscillator
-
simple oscillator
-
sinewave oscillator
-
single-shot blocking oscillator
-
single-wave oscillator
-
spot oscillator
-
square-wave oscillator
-
stabilized local oscillator
-
subcarrier oscillator
-
sweep oscillator
-
synchronized oscillator
-
temperature-compensated crystal oscillator
-
test oscillator
-
tracking oscillator
-
transitron oscillator
-
triggered oscillator
-
tube oscillator
-
tunable oscillator
-
ultrastable oscillator
-
variable crystal oscillator
-
variable-frequency oscillator
-
voltage-controlled oscillator
-
voltage-tuned oscillator
-
Xtal oscillator
См. также в других словарях:
Barkhausen effect — Barkhausen effect. См. Баркхаузена эффект. (Источник: «Металлы и сплавы. Справочник.» Под редакцией Ю.П. Солнцева; НПО Профессионал , НПО Мир и семья ; Санкт Петербург, 2003 г.) … Словарь металлургических терминов
Barkhausen effect — The Barkhausen effect is a name given to the noise in the magnetic output of a ferromagnet when the magnetizing force applied to it is changed. Discovered by German physicist Heinrich Barkhausen in 1919, it is caused by rapid changes of size of… … Wikipedia
Barkhausen effect — Barkhauzeno reiškinys statusas T sritis fizika atitikmenys: angl. Barkhausen effect vok. Barkhausen Effekt, m rus. эффект Баркгаузена, m; явление Баркгаузена, n pranc. effet Barkhausen, m … Fizikos terminų žodynas
Barkhausen effect — /bahrk how zeuhn, bahr kow /, Physics. the phenomenon of short, sudden changes in the magnetism of a ferromagnetic substance occurring when the intensity of the magnetizing field is continuously altered. [1955 60; named after H. Barkhausen (1881… … Universalium
barkhausen effect — ˈbärˌkau̇zən , rkˌhau̇ noun Usage: capitalized B Etymology: after Heinrich Barkhausen died 1956 German physicist and electrical engineer : the series of abrupt changes or jumps in the magnetization of a substance when the magnetizing field is… … Useful english dictionary
Barkhausen, Heinrich Georg — ▪ German physicist born Dec. 2, 1881, Bremen, Ger. died Feb. 20, 1956, Dresden, E.Ger. [Germany] German physicist who discovered the Barkhausen effect, a principle concerning changes in the magnetic properties of metal. Barkhausen… … Universalium
Barkhausen , Heinrich Georg — (1881–1956) German physicist After attending the gymnasium and engineering college in his native city of Bremen, Barkhausen gained his PhD in Göttingen and in 1911 became professor of electrical engineering in Dresden. Here he formulated the… … Scientists
Barkhausen-Effekt — Barkhauzeno reiškinys statusas T sritis fizika atitikmenys: angl. Barkhausen effect vok. Barkhausen Effekt, m rus. эффект Баркгаузена, m; явление Баркгаузена, n pranc. effet Barkhausen, m … Fizikos terminų žodynas
Wiegand effect — The Wiegand effect is named after its discoverer, John R. Wiegand.OverviewThe Wiegand effect is a pulse generating phenomenon in a special alloy wire that is processed in such a way as to create two distinct magnetic regions in the same… … Wikipedia
Heinrich Barkhausen — Infobox Scientist name = PAGENAME box width = image size =150px caption = PAGENAME birth date = December 2,1881 birth place = Bremen death date = February 20, 1956 death place = residence = |citizenship = nationality = German ethnicity = field =… … Wikipedia
effet Barkhausen — Barkhauzeno reiškinys statusas T sritis fizika atitikmenys: angl. Barkhausen effect vok. Barkhausen Effekt, m rus. эффект Баркгаузена, m; явление Баркгаузена, n pranc. effet Barkhausen, m … Fizikos terminų žodynas