Phases in Strongly Coupled Electronic Bilayer Liquids

A. C. Mitus; A. Rahman; D. H. E. Dubin; D. Neilson; F. J. Rogers; F. Lado; G. Birkl; G. Goldoni; G. Kalman; G. Kalman; G. S. Stringfellow; H. Totsuji; H. Totsuji; I. S. Millered; J. N. Tan; K. B. Blagoev; K. Esfarjani; K. I. Golden; L. Swierkowski; L. Zheng; R. C. Gann; R. W. Hasse; S. L. Gilbert; S. Narasimhan; V. I. Falko; V. I. Valtchinov; V. I. Valtchinov

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Phases in Strongly Coupled Electronic Bilayer Liquids

Authors: A. C. Mitus
A. Rahman
D. H. E. Dubin
D. Neilson
F. J. Rogers
F. Lado
G. Birkl
G. Goldoni
G. Kalman
G. Kalman
G. S. Stringfellow
H. Totsuji
H. Totsuji
I. S. Millered
J. N. Tan
K. B. Blagoev
K. Esfarjani
K. I. Golden
L. Swierkowski
L. Zheng
R. C. Gann
R. W. Hasse
S. L. Gilbert
S. Narasimhan
V. I. Falko
V. I. Valtchinov
V. I. Valtchinov
Publication date: 14 March 1997
Publisher: 'American Physical Society (APS)'
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Abstract

The strongly correlated liquid state of a bilayer of charged particles has been studied via the HNC calculation of the two-body functions. We report the first time emergence of a series of structural phases, identified through the behavior of the two-body functions.Comment: 5 pages, RevTEX 3.0, 4 ps figures; Submitted to Phys. Rev. Let

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