| 1. | You may be interested in the Thermoelectric effect ( Peltier effect ).
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| 2. | At best, it will act like a thermoelectric generator and exhibit thermoelectric effects.
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| 3. | :: : Hmm, it would appear dissimilar metals are not needed for the thermoelectric effect.
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| 4. | The thermal inductive properties could be related to the thermoelectric effect, especially the transient thermoelectric effect.
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| 5. | The thermal inductive properties could be related to the thermoelectric effect, especially the transient thermoelectric effect.
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| 6. | While all materials have a nonzero thermoelectric effect, in most materials it is too small to be useful.
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| 7. | Due to the thermoelectric effect, the temperature difference causes an electrical voltage to build up within each thermocouple.
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| 8. | For the thermoelectric effect, now, consider the case of uniform voltage ( uniform chemical potential ) with a temperature gradient.
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| 9. | The thermal bump uses the thermoelectric effect, which is the direct conversion of temperature differences to electric voltage and vice versa.
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| 10. | In addition to this, any leads from the contacts should be constructed from the same batch of wire to minimise thermoelectric effects.
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