Don Priour's Home Page
Last modified September 26, 2007
General accounting
Figure lay-out with incipient text
layout with partial text
Log-log graphs
magnetization
$g_{2}$ parameter
$d\xi/dT$
Extrapolation graphs
$/nu$
$/beta/\nu$
$\alpha^{'}/\nu$
density plot, zero flux case; L = 43.5 coherence
lengths (not in talk!))
[configuration plot], zero flux case; L = 43.5
coherence lengths (not in talk!))
density plot, zero flux case showing disorder; L
= 50 coherence lengths (11)
[configuration plot], zero flux case; L = 50
coherence lengths (not in talk!)
density plot, zero flux case showing regular
pattern; L = 53 coherence lengths (12))
[configuration plot], zero flux case; L = 53
coherence lengths (not in talk!) )
conclusions (13))
General accounting
fig1
fig2
RKKY coupling: Curie Temperatures and Magnetization curves
Monte Carlo Curie temperatures only
Monte Carlo Curie temperatures with
MFT and adjusted MFT T_{c}'s
Magnetization curves for
x = .03, l/a = .5, nc/ni = .1
Magnetization curves for
x = .07, l/a = .5, nc/ni = .1
Cubic lattice; exponential coupling with disorder (x=.05)
(Magnetization curve for
{x=.05,n=70,l/a=1.0}
(Magnetization curve for
{x=.05,n=70,l/a=0.75}
Classical Heisenberg (simple cubic) results
(Magnetization curves for n={20,40,60}[cubic
system])
Resubmitted DMS draft
("Enhancing T_{c} draft as
resubmitted to PRL") [April 20, 2004]
Latest draft with kappa and Chibotaru reference
(draft with two changes)
Magnetization Curves M(T) for D=2 DMS
Magnetization curves for l/a = 1.0
Magnetization curves for l/a = 2.0
Concavity Results
Juxtaposed Concavity curves for l/a = 1.0 and l/a
= 2.0
Concavity Color plot for l/a = 1.0 (qualitatively
simliar to the case with J_{0}^{2D} = 1200)
Concavity Color plot for l/a = 1.5
(qualitatively similar to the case with J_{0}^{2D} = 1200)
Scarpulla's research and Montreal contributed talk
Scarpulla's Montreal talk
APL, Volume 82, P1251(2003)
PRB, Volume 67, P165205(2003)
Physica B, 340-342 (2003) 908-912
Professional Information
A curriculum vitae is available upon request.
djpriour@princeton.edu