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1 Stroop effect
Психология: эффект Струпа -
2 Stroop effect
искажение образа связанного с цветовым восприятием понятия при наборе соответствующего термина шрифтом неадекватного цвета -
3 Stroop effect
искажение образа связанного с цветовым восприятием понятия при наборе соответствующего термина шрифтом неадекватного цветаThe New English-Russian Dictionary of Radio-electronics > Stroop effect
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4 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 -
5 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
См. также в других словарях:
Stroop effect — Demonstration Say aloud the colors of each of these words, as fast as you can: Green Red Blue Yellow Blue Yellow Blue Yellow Red Green Yellow Green If naming the first group of colors is easier and quicker than the second, then your performance… … Wikipedia
Stroop — may refer to: * John Ridley Stroop (1897 1973), an American psychologist ** Stroop effect * Jürgen Stroop (1895 1952), a German SS commander responsible for the liquidation of the Warsaw Ghetto … Wikipedia
Stroop-Effekt — Der Stroop Effekt ist ein experimentalpsychologisches Phänomen, das bei mentalen Verarbeitungskonflikten auftritt. Er zeigt, dass trainierte Handlungen nahezu automatisch ablaufen, während ungewohnte Handlungen eine größere Aufmerksamkeit… … Deutsch Wikipedia
Emotional Stroop test — In psychology, the Emotional Stroop Test is used as an information processing approach to assessing emotions. Related to the standard Stroop effect, the emotional Stroop test works by examining the response time of the participant to name colors… … Wikipedia
Effet Stroop — Pour les articles homonymes, voir Stroop. En psychologie, l effet Stroop / l effet Jaensch, désigne l interférence observée entre une tâche principale et un processus cognitif. Il fut découvert en 1935 par John Ridley Stroop[1] lors de l… … Wikipédia en Français
Démonstration de l'effet Stroop — Effet Stroop En psychologie, l effet Stroop désigne l interférence observée entre une tâche principale et un processus cognitif interférant. Par exemple entre le fait de devoir nommer une couleur (tâche principale) dans laquelle est écrite un mot … Wikipédia en Français
Tâche de Stroop — Effet Stroop En psychologie, l effet Stroop désigne l interférence observée entre une tâche principale et un processus cognitif interférant. Par exemple entre le fait de devoir nommer une couleur (tâche principale) dans laquelle est écrite un mot … Wikipédia en Français
J. Ridley Stroop — John Ridley Stroop (* 21. März 1897 in Murfreesboro, Tennessee; † 1. September 1973, beigesetzt in Nashville, Tennessee) war ein US amerikanischer Psychologe. John Ridley Stroop ist heute vor allem für den nach ihm benannten Stroop Effekt bekannt … Deutsch Wikipedia
John Ridley Stroop — (* 21. März 1897 in Murfreesboro, Tennessee; † 1. September 1973, beigesetzt in Nashville, Tennessee) war ein US amerikanischer Psychologe. John Ridley Stroop ist heute vor allem für den nach ihm benannten Stroop Effekt bekannt. Mit einer… … Deutsch Wikipedia
John Ridley Stroop — Pour les articles homonymes, voir Stroop. John Ridley Stroop (21 mars, 1897 1er septembre 1973) était un psychologue américain. Stroop est né dans le comté de Rutherford dans le Tennessee. Il développa un exercice reposant sur des mots en… … Wikipédia en Français
John Ridley Stroop — (March 21, 1897 September 1, 1973) was an American psychologist.Stroop was born in Rutherford County, Tennessee, USA. He developed a color word task, named after him (the Stroop effect), to demonstrate interference in attention.After obtaining… … Wikipedia
