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Statements

Subject Item: dbr:Carl_Hering
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Qi_(standard)
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Rolf_Widerøe
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Rotating_magnetic_field
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electric_charge
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electric_generator
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electric_machine
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electric_stove
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electric_violin
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electrical_contact
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electrical_telegraph
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electricity_generation
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electricity_meter
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electrodynamic_speaker_driver
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electrodynamic_suspension
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electromagnetic_articulography
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electromagnetic_compatibility
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electromagnetic_field
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electromagnetic_forming
dbo:wikiPageWikiLink: dbr:Electromagnetic_induction

Subject Item: dbr:Electromagnetic_induction
rdf:type: yago:Equation106669864 yago:Abstraction100002137 yago:Communication100033020 yago:WikicatConceptsInPhysics dbo:Company yago:WikicatMaxwell'sEquations yago:Statement106722453 owl:Thing yago:Idea105833840 yago:Content105809192 yago:Cognition100023271 yago:Concept105835747 yago:Message106598915 yago:MathematicalStatement106732169 yago:PsychologicalFeature100023100
rdfs:label: Indukcja elektromagnetyczna Elektromagnetická indukce Электромагнитная индукция Електромагнітна індукція Inductie (elektriciteit) 전자기 유도 Induction électromagnétique Ηλεκτρομαγνητική επαγωγή Induksi elektromagnetik Elektromagnetische Induktion Elektromagnetisk induktion Indução eletromagnética Elektromagneta indukto 电磁感应 Electromagnetic induction حث كهرومغناطيسي Inducció electromagnètica 電磁誘導 Inducción electromagnética Indukzio elektromagnetiko Induzione elettromagnetica Ionduchtú leictreamaighnéadach
rdfs:comment: Электромагни́тная инду́кция — явление возникновения электрического тока, электрического поля или электрической поляризации при изменении магнитного поля во времени или при движении материальной среды в магнитном поле. Электромагнитная индукция была открыта Майклом Фарадеем 29 августа 1831 года. Он обнаружил, что электродвижущая сила (ЭДС), возникающая в замкнутом проводящем контуре, пропорциональна скорости изменения магнитного потока через поверхность, ограниченную этим контуром. Величина электродвижущей силы не зависит от того, что является причиной изменения потока — изменение самого магнитного поля или движение контура (или его части) в магнитном поле. Электрический ток, вызванный этой ЭДС, называется индукционным током. التحريض أو الحثّ الكهرومغناطيسي أو المغناطِيسيّ إنتاجُ قوّة محرِّكَةٍ كهربائيّة (أي جهد كهربائيّ أو فولتاج) عبر موصلٍ كهربائيّ في مجال مغناطيسيّ مُتغيّر. يُنسب الفضل إلى العالم مايكل فاراداي باكتشاف الحثّ عام 1831، وإلى العالم جيمس كلارك ماكسويل بوصف الحثّ رياضيًَّا بـقانون فاراداي. كذلك يوصف قانون لنز اتجاه الحقل المُحرَّض. عُمِّمَ قانون فاراداي فيما بعد ليُصبِحَ معادلة ماكسويل-فاراداي إحدى أربع معادلات في نظرية جيمس كلارك ماكسويل للكهرومغناطيسيّة. A indução eletromagnética é o fenômeno que origina a produção de uma força eletromotriz (f.e.m. ou tensão) num meio ou corpo exposto a um campo magnético variável, ou bem num meio móvel exposto a um campo magnético estático. É assim que, quando o dito corpo é um condutor, produz-se uma corrente induzida. Este fenômeno foi descoberto por Michael Faraday que o expressou indicando que a magnitude da tensão induzida é proporcional à variação do fluxo magnético (Lei de Faraday). O princípio que permite transformar a energia mecânica de rotação em eletricidade é a indução eletromagnética. La inducción electromagnética es el fenómeno que origina la producción de una fuerza electromotriz (f.e.m. o tensión) en un medio o cuerpo expuesto a un campo magnético variable, bien en un medio móvil respecto a un campo magnético estático no uniforme, o la variación de las líneas de campo que atraviesan dicha superficie mediante un giro. La inducción se produce cuando la energía de un campo electromagnético es transferida a un cuerpo expuesto dentro de su radio. Cuando dicho cuerpo es un conductor y es parte de un circuito cerrado, se produce una corriente inducida. Este fenómeno fue descubierto por Michael Faraday en 1831, quien lo expresó indicando que la magnitud de la tensión inducida es proporcional a la variación del flujo magnético (ley de Faraday). 电磁感应（英語：Electromagnetic induction），是指放在变化磁通量中的导体，会产生电动势。此电动势称为感应电动势或感生电动势，若將此導體閉合成一迴路，则该电动势会驱使电子流动，形成感应电流（感生电流）。英國物理學家迈克尔·法拉第是一般被认定为在1831年发现電磁感应现象的人，虽然在1829年的工作可能对此有所预见。法拉第发现产生在闭合回路上的电动势和通过任何该路径所包围的曲面的磁通量的变化率成正比，这意味着，当通过导体所包围的曲面的磁通量变化时，电流会在任何闭合导体内流动。这适用于当磁场本身变化时或者导体运动於磁场时。电磁感应是发电机、感应马达、变压器和大部分其他电力设备的操作的基础。 Indukzio elektromagnetiko edo magnetikoa indar elektroeragile baten (hau da, tentsioa) elektroi elektriko baten bidez aldatzen ari da eremu magnetiko aldakor batean . Michael Faraday , oro har, 1831an indukzioaren aurkikuntzarekin onartua izan zen, eta James Clerk Maxwell matematikoki deskribatu zuen Faraday-ren indukzio legea . Lenzen legea induzitutako eremuaren norabidea deskribatzen du. Faraday-ren legea geroago generalizatu zen Maxwell-Faraday ekuazioa bihurtu zenean, Maxwell-eko ekuazioetako bat bere elektromagnetismoaren teorian. Inductie is het natuurkundige verschijnsel dat over een geleider een elektrische spanning wordt opgewekt als de geleider zich bevindt in een veranderend magnetisch veld of omgekeerd als een geleider beweegt in een magnetisch veld. Inductie is het principe waarop transformatoren en dynamo's gebaseerd zijn. Inductie wordt door de inductiewet van Faraday kwantitatief beschreven. Het woord 'inductie' werd vroeger ook gebruikt voor de magnetische fluxdichtheid. Inductie wordt gebruikt in een inductiekookplaat en met meer vermogen bij inductieverhitting. Electromagnetic or magnetic induction is the production of an electromotive force (emf) across an electrical conductor in a changing magnetic field. Michael Faraday is generally credited with the discovery of induction in 1831, and James Clerk Maxwell mathematically described it as Faraday's law of induction. Lenz's law describes the direction of the induced field. Faraday's law was later generalized to become the Maxwell–Faraday equation, one of the four Maxwell equations in his theory of electromagnetism. Cruthú fórsa leictreaghluaisnigh (flg, nó emf, ina voltaí) i seoltóir tríd an seoltóir a ghluaiseacht i réimse maighnéadach nó an réimse atá mórthimpeall an tseoltóra a athrú. De réir dlí Faraday (1831), is ionann an flg a chruthaítear agus ráta athraithe an fhloisc mhaighnéadaigh tríd an seoltóir, méadaithe faoi -1. É seo is bun le gineadóir srutha ailtéarnaigh (SA) de shaghas an dineamó, agus feidhmiú an trasfhoirmeora is an mhótair. L'induzione elettromagnetica (o magnetica) è la produzione di una forza elettromotrice attraverso un conduttore elettrico in un campo magnetico variabile. La scoperta viene generalmente attribuita a Michael Faraday nel 1831 e James Clerk Maxwell la descrisse matematicamente come la legge di Faraday sull'induzione. La legge di Lenz, invece, descrive la direzione del campo indotto. La legge di Faraday fu successivamente generalizzata per diventare l'equazione di Maxwell-Faraday, una delle quattro equazioni di Maxwell nella sua teoria dell'elettromagnetismo. Ha trovato molte applicazioni, tra cui, tra le altre, in componenti elettrici come induttori e trasformatori e dispositivi come motori elettrici e generatori, nonché trasformatori, altoparlanti magnetodinamici, testine fonografiche, micro 電磁誘導（でんじゆうどう、英語: electromagnetic induction）とは、磁束が変動する環境下に存在する導体に電位差が生じる現象である。また、このとき発生した電流を誘導電流という。一般には、マイケル・ファラデーによって1831年に誘導現象が発見されたとされるが、先にジョセフ・ヘンリーに発見されている。また、フランセスコ・ツァンテデシが1829年に行った研究によって、既に予想されていたとも言われる。ファラデーは、閉じた経路に発生する起電力が、その経路によって囲われた任意の面を通過する磁束の変化率に比例することを発見した。すなわち、これは導体によって囲われた面を通過する磁束が変化した時、すべての閉回路には電流が流れることを意味する。これは、磁束の強さそれ自体が変化した場合であっても導体が移動した場合であっても適用される。電磁誘導は、発電機、誘導電動機、変圧器など多くの電気機器の動作原理となっている。 Unter elektromagnetischer Induktion (auch Faradaysche Induktion, nach Michael Faraday, kurz Induktion) versteht man das Entstehen eines elektrischen Feldes bei einer Änderung des magnetischen Flusses. In vielen Fällen lässt sich das elektrische Feld durch Messung einer elektrischen Spannung mit einer Spule direkt nachweisen. Ein typisches Beispiel hierfür zeigt das nebenstehende Bild: Durch die Bewegung des Magneten wird eine elektrische Spannung induziert, die an den Klemmen der Spule messbar ist und für weitere Anwendungen bereitsteht. 전자기 유도(電磁氣誘導)는 자기장이 변하는 곳에 있는 도체에 전위차(전압)가 발생하는 현상을 말한다.마이클 패러데이가 처음으로 수학적으로 설명하였다. 그는 발생한 전압은 자기 선속의 변화율에 비례한다는 사실을 알아냈다. 이 법칙은 자속밀도가 변화하거나, 도체가 일정하지 않은 자속밀도가 퍼져있는 공간을 움직일 때 적용할 수 있다. 전자기유도는 발전기와 전동기 등의 전기 구동기의 바탕에 있는 법칙이다. 패러데이 전자기 유도 법칙은 전자기 유도에 의한 유도 기전력의 크기는 단위 시간당 자기 선속의 변화율과 코일의 감긴 횟수에 비례한다는 것인데, 이것은 다음과 같다. 여기서 는 기전력으로 단위는 볼트(V)이고, N은 전선이 감긴 횟수, 는 자기 선속으로 단위는 웨버(Wb)이다. 이 법칙에서 자기선속의 변화율에 영향을 미치는 요소에는 면적의 변화와 자기장의 세기 변화가 있다. 이 중 하나만 변화하면 자기 선속의 크기는 변화하며 유도 기전력이 발생할 수 있다. 전자기 유도에 의해 발생하는 기전력의 부호는 렌츠의 법칙을 통해 알 수 있다. 즉, 회로에 유도된 전류의 방향은 유도된 기전력을 발생시킨 자기장의 변화를 상쇄하는 방향이다. 즉, 여기서 F는 로렌츠 힘을 나타낸다. Induksi elektromagnetik adalah gejala timbulnya arus listrik pada penghantar listrik akibat dari adanya perubahan medan magnet di sekeliling penghantar. Konsep induksi elektromagnetik didasarkan pada penemuan Michael Faraday dan Joseph Henry pada tahun 1831. Perubahan medan magnetik menghasilkan beda potensial yang disebut gaya gerak listrik induksi dan arus listrik yang ditimbulkannya disebut arus listrik induksi. Induktion innebär att en elektrisk ström alstras (induceras) i en elektrisk ledare, om denna rör sig genom ett magnetfält eller om ett omgivande magnetfält ändras. Spänning uppstår då och elektronerna i ledaren rättar sig efter det nya magnetfältet. Detta fenomen nyttjas i exempelvis, mikrofoner och i elektriska generatorer. En vanlig konstruktion av en generator är en spole som roterar i ett magnetfält. Spänningen som skapas, blir starkare om magneterna har starkare magnetfält, om spolen har fler varv eller om spolen roterar snabbare. Ηλεκτρομαγνητική επαγωγή (ή απλώς ηλεκτρική επαγωγή) (Electric Induction) ονομάζεται η εμφάνιση ηλεκτρισμού εξαιτίας μαγνητικού πεδίου. Συγκεκριμένα είναι το φαινόμενο της ανάπτυξης διαφοράς δυναμικού στα άκρα ενός αγωγού, η οποία λαμβάνει χώρα όταν μεταβάλλεται η μαγνητική ροή που διέρχεται από την επιφάνεια που ο συγκεκριμένος αγωγός ορίζει. Έτσι, η διαταραχή του μαγνητικού πεδίου προκαλεί διαταραχή του ηλεκτρικού πεδίου. Η ανακάλυψη του φαινομένου αποδίδεται στον Άγγλο φυσικό Μάικλ Φαραντέι(*), με πιθανότερη ημερομηνία πρώτης παρατήρησης την 29η Αυγούστου 1831. Електромагні́тна інду́кція — явище створення в просторі вихрового електричного поля змінним магнітним потоком. Одним із наслідків електромагнітної індукції є зв'язок між змінними електричним та магнітними полями в електромагнітній хвилі, інший наслідок, практично важливий для генерації електричного струму, — виникнення електрорушійної сили в провідному контурі, магнітний потік через який змінюється. Одиниці вимірювання електромагнітної індукції — тесла (в системі СІ), гаус (у системі СГС); 1 Тл = 104 Гс. Indukcja elektromagnetyczna – zjawisko powstawania siły elektromotorycznej w przewodniku na skutek zmian strumienia pola magnetycznego. Zmiana ta może być spowodowana zmianami pola magnetycznego lub względnym ruchem przewodnika i źródła pola magnetycznego. Zjawisko to zostało odkryte w 1831 roku przez angielskiego fizyka Michaela Faradaya. Zjawisko indukcji opisuje prawo indukcji elektromagnetycznej Faradaya: gdzie: – indukowana siła elektromotoryczna (SEM) w woltach, – strumień indukcji magnetycznej przepływający przez powierzchnię objętą przewodnikiem. La inducció electromagnètica és la producció d'una diferència de potencial elèctric (o voltatge) a través d'un conductor situat dins d'un flux magnètic canviant.Sostén gran part de l'ús, producció i distribució a gran escala de l'energia elèctrica. L'induction électromagnétique est un phénomène physique conduisant à l'apparition d'une force électromotrice dans un conducteur électrique soumis à un flux de champ magnétique variable. Cette force électromotrice peut engendrer un courant électrique dans le conducteur. Ce phénomène est d'une importance pratique capitale. Il est notamment utilisé dans les générateurs et les transformateurs électriques, les bobines, ou encore les plaques à induction grâce aux courants de Foucault. La elektromagneta indukto estas elektromagneta interefiko, dum kiu estiĝas elektra tensio en konduktilo. Ĝia malkovro estas dankebla al Michael Faraday (1831). Oni dividas la fenomenon de la elektromagneta indukto je du grupoj: Moviĝa indukto kaj Trankvila indukto.
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dbo:abstract: Електромагні́тна інду́кція — явище створення в просторі вихрового електричного поля змінним магнітним потоком. Одним із наслідків електромагнітної індукції є зв'язок між змінними електричним та магнітними полями в електромагнітній хвилі, інший наслідок, практично важливий для генерації електричного струму, — виникнення електрорушійної сили в провідному контурі, магнітний потік через який змінюється. Одиниці вимірювання електромагнітної індукції — тесла (в системі СІ), гаус (у системі СГС); 1 Тл = 104 Гс. Явище електромагнітної індукції відкрив у 1831 році Майкл Фарадей. До того було відомо, що електричний струм у провіднику створює магнітне поле. Однак оберненого явища не спостерігалося. Постійне магнітне поле не створює електричного струму. Фарадей встановив, що струм виникає при зміні магнітного поля. Якщо підносити й віддаляти до рамки з провідного матеріалу постійний магніт, то стрілка підключеного до рамки вольтметра відхилятиметься, детектуючи електричний струм. Ще краще це явище проявляється, якщо вставляти (виймати) магнітне осердя в котушку з намотаним провідником. Indukcja elektromagnetyczna – zjawisko powstawania siły elektromotorycznej w przewodniku na skutek zmian strumienia pola magnetycznego. Zmiana ta może być spowodowana zmianami pola magnetycznego lub względnym ruchem przewodnika i źródła pola magnetycznego. Zjawisko to zostało odkryte w 1831 roku przez angielskiego fizyka Michaela Faradaya. Zjawisko indukcji opisuje prawo indukcji elektromagnetycznej Faradaya: gdzie: – indukowana siła elektromotoryczna (SEM) w woltach, – strumień indukcji magnetycznej przepływający przez powierzchnię objętą przewodnikiem. Zmiana strumienia pola magnetycznego może wynikać z ruchu przewodnika lub źródła pola magnetycznego. Jeśli jest to ruch obrotowy, to wygenerowana w ten sposób SEM nazywana jest siłą elektromotoryczną rotacji. SEM wytworzona przez nieruchome przewodniki w wyniku zmian indukcji magnetycznej (wywołaną zazwyczaj zmianą natężenia prądu) nazywa się siłą elektromotoryczną transformacji. Prawo Faradaya stało się jednym z równań Maxwella. Indukcja elektromagnetyczna jest obecnie podstawową metodą wytwarzania prądu elektrycznego oraz podstawą działania wielu urządzeń elektrycznych np. prądnic, alternatorów, generatorów w elektrowniach, transformatorów, pieców indukcyjnych, silników indukcyjnych i mierników indukcyjnych, cewek, głowic elektromagnetycznych. Do określania kierunku indukowanego prądu, wskutek indukcji elektromagnetycznej, używana jest reguła Lenza, zwana regułą przekory, która brzmi: Siła elektromotoryczna indukcji ma taki zwrot, że przeciwdziała przyczynie, która doprowadziła do jej powstania. Electromagnetic or magnetic induction is the production of an electromotive force (emf) across an electrical conductor in a changing magnetic field. Michael Faraday is generally credited with the discovery of induction in 1831, and James Clerk Maxwell mathematically described it as Faraday's law of induction. Lenz's law describes the direction of the induced field. Faraday's law was later generalized to become the Maxwell–Faraday equation, one of the four Maxwell equations in his theory of electromagnetism. Electromagnetic induction has found many applications, including electrical components such as inductors and transformers, and devices such as electric motors and generators. 电磁感应（英語：Electromagnetic induction），是指放在变化磁通量中的导体，会产生电动势。此电动势称为感应电动势或感生电动势，若將此導體閉合成一迴路，则该电动势会驱使电子流动，形成感应电流（感生电流）。英國物理學家迈克尔·法拉第是一般被认定为在1831年发现電磁感应现象的人，虽然在1829年的工作可能对此有所预见。法拉第发现产生在闭合回路上的电动势和通过任何该路径所包围的曲面的磁通量的变化率成正比，这意味着，当通过导体所包围的曲面的磁通量变化时，电流会在任何闭合导体内流动。这适用于当磁场本身变化时或者导体运动於磁场时。电磁感应是发电机、感应马达、变压器和大部分其他电力设备的操作的基础。 L'induction électromagnétique est un phénomène physique conduisant à l'apparition d'une force électromotrice dans un conducteur électrique soumis à un flux de champ magnétique variable. Cette force électromotrice peut engendrer un courant électrique dans le conducteur. Ce phénomène est d'une importance pratique capitale. Il est notamment utilisé dans les générateurs et les transformateurs électriques, les bobines, ou encore les plaques à induction grâce aux courants de Foucault. La inducció electromagnètica és la producció d'una diferència de potencial elèctric (o voltatge) a través d'un conductor situat dins d'un flux magnètic canviant.Sostén gran part de l'ús, producció i distribució a gran escala de l'energia elèctrica. Indukzio elektromagnetiko edo magnetikoa indar elektroeragile baten (hau da, tentsioa) elektroi elektriko baten bidez aldatzen ari da eremu magnetiko aldakor batean . Michael Faraday , oro har, 1831an indukzioaren aurkikuntzarekin onartua izan zen, eta James Clerk Maxwell matematikoki deskribatu zuen Faraday-ren indukzio legea . Lenzen legea induzitutako eremuaren norabidea deskribatzen du. Faraday-ren legea geroago generalizatu zen Maxwell-Faraday ekuazioa bihurtu zenean, Maxwell-eko ekuazioetako bat bere elektromagnetismoaren teorian. Indukzio elektromagnetikoek hainbat aplikazio aurkitu dituzte, besteak beste, indukzio eta transformadoreen osagai elektrikoak eta gailu elektrikoak eta sorgailuak . L'induzione elettromagnetica (o magnetica) è la produzione di una forza elettromotrice attraverso un conduttore elettrico in un campo magnetico variabile. La scoperta viene generalmente attribuita a Michael Faraday nel 1831 e James Clerk Maxwell la descrisse matematicamente come la legge di Faraday sull'induzione. La legge di Lenz, invece, descrive la direzione del campo indotto. La legge di Faraday fu successivamente generalizzata per diventare l'equazione di Maxwell-Faraday, una delle quattro equazioni di Maxwell nella sua teoria dell'elettromagnetismo. Ha trovato molte applicazioni, tra cui, tra le altre, in componenti elettrici come induttori e trasformatori e dispositivi come motori elettrici e generatori, nonché trasformatori, altoparlanti magnetodinamici, testine fonografiche, microfoni dinamici e pick-up per chitarra magnetici. Induktion innebär att en elektrisk ström alstras (induceras) i en elektrisk ledare, om denna rör sig genom ett magnetfält eller om ett omgivande magnetfält ändras. Spänning uppstår då och elektronerna i ledaren rättar sig efter det nya magnetfältet. Detta fenomen nyttjas i exempelvis, mikrofoner och i elektriska generatorer. En vanlig konstruktion av en generator är en spole som roterar i ett magnetfält. Spänningen som skapas, blir starkare om magneterna har starkare magnetfält, om spolen har fler varv eller om spolen roterar snabbare. Unter elektromagnetischer Induktion (auch Faradaysche Induktion, nach Michael Faraday, kurz Induktion) versteht man das Entstehen eines elektrischen Feldes bei einer Änderung des magnetischen Flusses. In vielen Fällen lässt sich das elektrische Feld durch Messung einer elektrischen Spannung mit einer Spule direkt nachweisen. Ein typisches Beispiel hierfür zeigt das nebenstehende Bild: Durch die Bewegung des Magneten wird eine elektrische Spannung induziert, die an den Klemmen der Spule messbar ist und für weitere Anwendungen bereitsteht. Die elektromagnetische Induktion wurde 1831 von Michael Faraday bei dem Bemühen entdeckt, die Funktionsweise eines Elektromagneten (Strom erzeugt Magnetfeld) umzukehren (Magnetfeld erzeugt Strom). Der Zusammenhang ist eine der vier Maxwellschen Gleichungen. Die Induktionswirkung wird technisch vor allem bei elektrischen Maschinen wie Generatoren, Elektromotoren und Transformatoren genutzt. Bei diesen Anwendungen treten stets Wechselspannungen auf. A indução eletromagnética é o fenômeno que origina a produção de uma força eletromotriz (f.e.m. ou tensão) num meio ou corpo exposto a um campo magnético variável, ou bem num meio móvel exposto a um campo magnético estático. É assim que, quando o dito corpo é um condutor, produz-se uma corrente induzida. Este fenômeno foi descoberto por Michael Faraday que o expressou indicando que a magnitude da tensão induzida é proporcional à variação do fluxo magnético (Lei de Faraday). Por outro lado, Heinrich Lenz comprovou que a corrente devida à f.e.m. induzida se opõe à mudança de fluxo magnético, de tal forma que a corrente tende a manter o fluxo. Isto é válido tanto para o caso em que a intensidade do fluxo varie, ou que o corpo condutor se mova em relação a ele. Indução eletromagnética é o princípio fundamental sobre o qual operam transformadores, geradores, motores elétricos e a maioria das demais máquinas eléctricas. Independentemente do tipo de combustível ou fonte de energia usada para gerar energia elétrica, em quase todos os casos é gerada energia mecânica de rotação que é logo usada para gerar eletricidade. Um exemplo é a energia eólica, uma das fontes de energia renováveis que estão a ser utilizadas para reduzir a contaminação produzida pelos combustíveis fósseis. Portugal é um dos países em que a energia eólica corresponde a uma porcentagem mais elevada da energia elétrica total, com aproximadamente 9%. O princípio que permite transformar a energia mecânica de rotação em eletricidade é a indução eletromagnética. التحريض أو الحثّ الكهرومغناطيسي أو المغناطِيسيّ إنتاجُ قوّة محرِّكَةٍ كهربائيّة (أي جهد كهربائيّ أو فولتاج) عبر موصلٍ كهربائيّ في مجال مغناطيسيّ مُتغيّر. يُنسب الفضل إلى العالم مايكل فاراداي باكتشاف الحثّ عام 1831، وإلى العالم جيمس كلارك ماكسويل بوصف الحثّ رياضيًَّا بـقانون فاراداي. كذلك يوصف قانون لنز اتجاه الحقل المُحرَّض. عُمِّمَ قانون فاراداي فيما بعد ليُصبِحَ معادلة ماكسويل-فاراداي إحدى أربع معادلات في نظرية جيمس كلارك ماكسويل للكهرومغناطيسيّة. للتحريض الكهرومغناطيسيّ تطبيقاتٍ عدّة في التكنولوجيا، بما في ذلك المكونات الكهربائيّة كالمِحَثّات والمحوِّلات، وأجهزة كهربائيّة كالمحركات الكهربائيّة والمولِّدَات. Электромагни́тная инду́кция — явление возникновения электрического тока, электрического поля или электрической поляризации при изменении магнитного поля во времени или при движении материальной среды в магнитном поле. Электромагнитная индукция была открыта Майклом Фарадеем 29 августа 1831 года. Он обнаружил, что электродвижущая сила (ЭДС), возникающая в замкнутом проводящем контуре, пропорциональна скорости изменения магнитного потока через поверхность, ограниченную этим контуром. Величина электродвижущей силы не зависит от того, что является причиной изменения потока — изменение самого магнитного поля или движение контура (или его части) в магнитном поле. Электрический ток, вызванный этой ЭДС, называется индукционным током. La elektromagneta indukto estas elektromagneta interefiko, dum kiu estiĝas elektra tensio en konduktilo. Ĝia malkovro estas dankebla al Michael Faraday (1831). Oni dividas la fenomenon de la elektromagneta indukto je du grupoj: Moviĝa indukto kaj Trankvila indukto. Inductie is het natuurkundige verschijnsel dat over een geleider een elektrische spanning wordt opgewekt als de geleider zich bevindt in een veranderend magnetisch veld of omgekeerd als een geleider beweegt in een magnetisch veld. Inductie is het principe waarop transformatoren en dynamo's gebaseerd zijn. Inductie wordt door de inductiewet van Faraday kwantitatief beschreven. Het woord 'inductie' werd vroeger ook gebruikt voor de magnetische fluxdichtheid. Inductie wordt gebruikt in een inductiekookplaat en met meer vermogen bij inductieverhitting. Als een stroomkring die loodrecht op een magnetisch veld staat, in oppervlakte wordt vergroot, zodat de magnetische flux wordt vergroot, wordt er door inductie een elektrische spanning in die stroomkring opgewekt. Indien de stroomkring gesloten is, gaat als gevolg daarvan daar doorheen een stroom lopen. Cruthú fórsa leictreaghluaisnigh (flg, nó emf, ina voltaí) i seoltóir tríd an seoltóir a ghluaiseacht i réimse maighnéadach nó an réimse atá mórthimpeall an tseoltóra a athrú. De réir dlí Faraday (1831), is ionann an flg a chruthaítear agus ráta athraithe an fhloisc mhaighnéadaigh tríd an seoltóir, méadaithe faoi -1. É seo is bun le gineadóir srutha ailtéarnaigh (SA) de shaghas an dineamó, agus feidhmiú an trasfhoirmeora is an mhótair. 電磁誘導（でんじゆうどう、英語: electromagnetic induction）とは、磁束が変動する環境下に存在する導体に電位差が生じる現象である。また、このとき発生した電流を誘導電流という。一般には、マイケル・ファラデーによって1831年に誘導現象が発見されたとされるが、先にジョセフ・ヘンリーに発見されている。また、フランセスコ・ツァンテデシが1829年に行った研究によって、既に予想されていたとも言われる。ファラデーは、閉じた経路に発生する起電力が、その経路によって囲われた任意の面を通過する磁束の変化率に比例することを発見した。すなわち、これは導体によって囲われた面を通過する磁束が変化した時、すべての閉回路には電流が流れることを意味する。これは、磁束の強さそれ自体が変化した場合であっても導体が移動した場合であっても適用される。電磁誘導は、発電機、誘導電動機、変圧器など多くの電気機器の動作原理となっている。 La inducción electromagnética es el fenómeno que origina la producción de una fuerza electromotriz (f.e.m. o tensión) en un medio o cuerpo expuesto a un campo magnético variable, bien en un medio móvil respecto a un campo magnético estático no uniforme, o la variación de las líneas de campo que atraviesan dicha superficie mediante un giro. La inducción se produce cuando la energía de un campo electromagnético es transferida a un cuerpo expuesto dentro de su radio. Cuando dicho cuerpo es un conductor y es parte de un circuito cerrado, se produce una corriente inducida. Este fenómeno fue descubierto por Michael Faraday en 1831, quien lo expresó indicando que la magnitud de la tensión inducida es proporcional a la variación del flujo magnético (ley de Faraday). Por otra parte, Heinrich Lenz comprobó que la corriente debida a la f.e.m. inducida se opone al cambio de flujo magnético, de forma tal que la corriente tiende a mantener el flujo. Esto es válido tanto para el caso en que la intensidad del flujo varíe, o que el cuerpo conductor se mueva respecto de él flujo de la corriente. 전자기 유도(電磁氣誘導)는 자기장이 변하는 곳에 있는 도체에 전위차(전압)가 발생하는 현상을 말한다.마이클 패러데이가 처음으로 수학적으로 설명하였다. 그는 발생한 전압은 자기 선속의 변화율에 비례한다는 사실을 알아냈다. 이 법칙은 자속밀도가 변화하거나, 도체가 일정하지 않은 자속밀도가 퍼져있는 공간을 움직일 때 적용할 수 있다. 전자기유도는 발전기와 전동기 등의 전기 구동기의 바탕에 있는 법칙이다. 패러데이 전자기 유도 법칙은 전자기 유도에 의한 유도 기전력의 크기는 단위 시간당 자기 선속의 변화율과 코일의 감긴 횟수에 비례한다는 것인데, 이것은 다음과 같다. 여기서 는 기전력으로 단위는 볼트(V)이고, N은 전선이 감긴 횟수, 는 자기 선속으로 단위는 웨버(Wb)이다. 이 법칙에서 자기선속의 변화율에 영향을 미치는 요소에는 면적의 변화와 자기장의 세기 변화가 있다. 이 중 하나만 변화하면 자기 선속의 크기는 변화하며 유도 기전력이 발생할 수 있다. 유도 기전력을 강하게 발생시키기 위해서는 자기 선속의 변화율 값을 키우는 방법이 주로 사용되는데, 다른 요소 값을 고정한 후에 면적의 변화율이나 자기장 세기 변화율의 크기를 크게 하여 큰 전력을 발생시킨다. 여기서 주의해야 할 점은 변화율이라는 것인데, 자기 선속이 커도 변화율이 작으면 큰 기전력은 발생하지 않는다. 전자기 유도에 의해 발생하는 기전력의 부호는 렌츠의 법칙을 통해 알 수 있다. 즉, 회로에 유도된 전류의 방향은 유도된 기전력을 발생시킨 자기장의 변화를 상쇄하는 방향이다. 즉, 회로에 기전력이 유도되고 유도된 전류가 흐르면 회로 주변에 다시 자기장이 형성되는데 그 자기장의 방향은 최초 기전력을 유도했던 자기장의 변화를 상쇄하는 방향이 된다 로렌츠 법칙을 활용하여 기전력을 새로운 식으로 나타낼 수 있다. 여기서 F는 로렌츠 힘을 나타낸다. 이는 직선이나 원형 전류 또는 솔레노이드에 의한 자기장에서 알아볼 수 있다. 참고: 맥스웰 방정식 Induksi elektromagnetik adalah gejala timbulnya arus listrik pada penghantar listrik akibat dari adanya perubahan medan magnet di sekeliling penghantar. Konsep induksi elektromagnetik didasarkan pada penemuan Michael Faraday dan Joseph Henry pada tahun 1831. Perubahan medan magnetik menghasilkan beda potensial yang disebut gaya gerak listrik induksi dan arus listrik yang ditimbulkannya disebut arus listrik induksi. Ηλεκτρομαγνητική επαγωγή (ή απλώς ηλεκτρική επαγωγή) (Electric Induction) ονομάζεται η εμφάνιση ηλεκτρισμού εξαιτίας μαγνητικού πεδίου. Συγκεκριμένα είναι το φαινόμενο της ανάπτυξης διαφοράς δυναμικού στα άκρα ενός αγωγού, η οποία λαμβάνει χώρα όταν μεταβάλλεται η μαγνητική ροή που διέρχεται από την επιφάνεια που ο συγκεκριμένος αγωγός ορίζει. Έτσι, η διαταραχή του μαγνητικού πεδίου προκαλεί διαταραχή του ηλεκτρικού πεδίου. Η ανακάλυψη του φαινομένου αποδίδεται στον Άγγλο φυσικό Μάικλ Φαραντέι(*), με πιθανότερη ημερομηνία πρώτης παρατήρησης την 29η Αυγούστου 1831.
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Subject Item: dbr:Magnetic_Induction
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Subject Item: dbr:Magnetic_mutual_inductivity
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Subject Item: dbr:Magnetic_self-inductivity
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Subject Item: dbr:Magneto-induction
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Subject Item: dbr:Parasitic_induction
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Subject Item: dbr:Faraday's_Induction_Law
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Subject Item: dbr:Faraday's_Laws_of_Induction
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Subject Item: dbr:Faraday's_law_induction
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Subject Item: dbr:Faraday's_law_of_electromagnetic_induction
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Subject Item: dbr:Faraday-Lenz_law
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Subject Item: dbr:Faradays_Law
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Subject Item: dbr:Faraday–Lenz_law
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Subject Item: dbr:Induced_current
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Subject Item: dbr:Induces
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Subject Item: dbr:Induction_(electricity_and_magnetism)
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Subject Item: dbr:Induksioni_Elektromagnetik
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Subject Item: dbr:Induction_(electricity)
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Subject Item: dbr:EM_induction
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Subject Item: wikipedia-en:Electromagnetic_induction
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