| 11. | When the laser changes the thermal gradient of a floating conductor, its electrical potential changes.
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| 12. | Therefore, the minimum thermal gradient necessary to create a stable solid front is as expressed below.
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| 13. | Now, thermal gradients within the sphere become important, even though the sphere material is a good conductor.
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| 14. | The pressure atmosphere supports the heat conduction and prevents thermal gradients vertically across the wafer and re-oxidation.
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| 15. | A positive thermal gradient is visualized, extending from the colder oceanic trench to the warmer arc region.
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| 16. | Because there is a thermal gradient across the cylinder, the metal of the wall expands to different extents.
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| 17. | The large size of the dome itself means there are thermal gradients within it that compound these problems.
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| 18. | The differential expansion of a thermal gradient can be understood in terms of stress or of strain, equivalently.
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| 19. | Spheromaks are subject to external forces, notably the thermal gradient between the hot plasma and its cooler surroundings.
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| 20. | You are wrong in assuming Loschmidt's gravitationally induced thermal gradient does not evolve spontaneously in a gravitational field.
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