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Forums
Physics
Atomic and Condensed Matter
Phase diagram of Carbon at large electric fields.
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[QUOTE="Prathyush, post: 6536960, member: 221210"] I am at a very early stage of exploring this (and similar) questions. But my interest in this problem is to see if we can transition between conducting and resistive phases of carbon(or other material) by controlling electric fields. My suspicion is that low resistance phase is unfavoured, and it will selectively crystalize into high resistance phase to minimize heat generated. At sufficiently high pressure, my guess is that carbon will melt and begin start a crystallization process into forming a diamond. This is indeed a non-equilibrium problem because of heat flow is involved. But I am imagining heat is being steadily pumped out of the system using some cooling mechanism to lower temperature. [/QUOTE]
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Forums
Physics
Atomic and Condensed Matter
Phase diagram of Carbon at large electric fields.
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