| 1. | This water becomes the Agulhas Return Current, rejoining the Indian Ocean Gyre.
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| 2. | The oppositely-directed return currents flow through the ground plane directly beneath the trace.
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| 3. | That flow carries the return current of what is essentially a giant circuit.
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| 4. | Typically, a single wire is used, with the return current running through the track.
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| 5. | Sediments underlying the Agulhas Current and Return Current have significantly higher ratios than surrounding sediments.
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| 6. | Over the Agulhas Plateau the return current forms a major northward loop to bypass it.
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| 7. | The negative return current passed through the rails.
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| 8. | These run off direct current fed from Breivika, with the seawater and seabed used for return current.
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| 9. | This scheme was introduced because of the problems of return currents, intended to be carried by the bonded together.
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| 10. | This required adaptation of the Class 501 trains to return current through the wheels instead of the centre rail.
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