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Melting of Two-Dimensional Solids
W. F. Brinkman, Daniel S. Fisher and D. E. Moncton
New Series, Vol. 217, No. 4561 (Aug. 20, 1982), pp. 693-700
Published by: American Association for the Advancement of Science
Stable URL: http://www.jstor.org/stable/1689538
Page Count: 8
You can always find the topics here!Topics: Melting, Solids, Electrons, Atoms, Liquid crystals, Liquids, Crystal lattices, Crystals, Power laws, Phase transitions
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Recent theoretical predictions indicate that melting of a two-dimensional solid may be caused by spontaneous creation of dislocations. The theory predicts that melting occurs by a two-step process involving an intermediate phase, called the hexatic phase, in which there is order in the local crystalline axes but not in the positions of atoms. These ideas are being tested by numerical simulations and by experiments on electrons on liquid helium, liquid crystal films, and rare gas layers adsorbed on graphite. Experiments on liquid crystal films indicate that the three-dimensional analog of the hexatic phase exists, and xenon on graphite exhibits a melting transition close to the form predicted.
Science © 1982 American Association for the Advancement of Science