Nernst effect
In physics and chemistry, the Nernst Effect (also termed first Nernst–Ettingshausen effect, after Walther Nernst and Albert von Ettingshausen)is a thermoelectric (or thermomagnetic) phenomenon observed when a sample allowing electrical conduction is subjected to a magnetic field and a temperature gradient normal (perpendicular) to each other. An electric field will be induced normal to both. This effect is quantified by the Nernst coefficient |N|, which is defined to be where is the y-component of the electric field that results from the magnetic field's z-component and the temperature gradient .
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Nernst effect
In physics and chemistry, the Nernst Effect (also termed first Nernst–Ettingshausen effect, after Walther Nernst and Albert von Ettingshausen)is a thermoelectric (or thermomagnetic) phenomenon observed when a sample allowing electrical conduction is subjected to a magnetic field and a temperature gradient normal (perpendicular) to each other. An electric field will be induced normal to both. This effect is quantified by the Nernst coefficient |N|, which is defined to be where is the y-component of the electric field that results from the magnetic field's z-component and the temperature gradient .
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En física y química, el efecto ...... o efecto Nernst-Ettingshausen.
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Het Nernst-effect is een therm ...... genhanger van het Hall-effect.
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In physics and chemistry, the ...... d Nernst-Ettingshausen effect.
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Эффект Нернста — Эттингсгаузен ...... в обоих случаях одно и то же.
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En física y química, el efecto ...... o efecto Nernst-Ettingshausen.
@es
Het Nernst-effect is een therm ...... genhanger van het Hall-effect.
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In physics and chemistry, the ...... and the temperature gradient .
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Эффект Нернста — Эттингсгаузен ...... пературы направлен вдоль оси и
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Efecto Nernst
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Nernst effect
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Nernst-effect
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Эффект Нернста — Эттингсгаузена
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