RMC publications pre 1994
251 Comments on reverse Monte Carlo simulation
R.A. Evans
Mol Sim. 1990 4 409
252 Comparative studies of the underlying local order corresponding to
different radial distributions of disordered systems.
G. Toth and L. Pusztai
Chem. Phys. 1992 160 405
208 Determination of disordered magnetic structures by RMC modelling of neutron diffraction data
Keen, D.A. and McGreevy, R.L.
J.Phys Cond Matter 1991 3 7383-7394
323 Determination of effective hard core diameters of liquids on the basis of static vacancy distributions
G. Toth and L. Pusztai
Z. Phys.Chem. 1992 178 55
315 Determination of the radial distribution function of small particle polymer lattices using reverse Monte
Carlo simulation
G. Toth and L. Pusztai
J.Chem Phys 1992 96 7150
326 Determination of the structure of disordered materials by neutron scattering
D.A. Keen
Ph.D. Thesis 1990 Oxford University, UK
207 Determination of three body correlations in liquids by RMC modelling of diffraction data. I. Theoretical
tests
Howe, M.A. and McGreevy, R.L.
Phys. Chem. Liq.1991 24 1-12
210 Determining the structures of disordered materials by diffuse neutron scattering and RMC modelling
McGreevy, R.L. Howe, M.A. Nield, V.M. and Wicks, J.D.
Wicks and D A Keen.
Phys B 1992 180-181 801-804
209 Fractal aspects of superionic glasses from Reverse Monte Carlo simulations.
Börjesson, L. McGreevy, R.L. and Howells, W.S.
Phil. Mag. B1992 65 261-271
325 Investigations of disordered structures by reverse Monte Carlo simulation.
L. Pusztai.
Ph.D. Thesis 1991 L. Eotvos University/Hungarian Academy of Sciences, Hungary
304 Modelling of partial and total radial distribution functions of amorphous Ni2B using reverse Monte Carlo
simulation.
L. Pusztai.
Z. Naturf. 1991 46a 69
327 Neutron scattering studies of disorder
V.M. Nield
Ph.D. Thesis 1992 Oxford University, UK
283 Neutron scattering studies of disorder and melting in Ag and Cu
halides
D.A. Keen, V.M. Nield, R.L. McGreevy and W. Hayes
Physica B 1992 180-181 798-801
184 On the uniqueness of the reverse Monte carlo simulation 1. Simple liquids, partial, radial distribution
functions
Puszati, L.
J.Chem Phys 1991 94 3042
259 Orientational correlations in the liquid halogens
M.A. Howe
Mol Phys. 1990 69 161
206 Reverse Monte Carlo (RMC) simulation: modelling structural disorder in crystals, glasses and liquids
from diffraction data
McGreevy, R.L. Howe, M.A. Keen, D.A. and Clausen, K.N.
IOP Conf Series 1990 107 165-184
250 Reverse Monte Carlo (RMC) simulation: modelling structural disorder in crystals, glasses and liquids
from diffraction data
R.L. McGreevy, M.A. Howe, D.A. Keen and K.N. Clausen
Neutron scattering data analysis. 1990 ed. M.W. Johnson. IOP conference series}
{107}{165-184
328 Reverse Monte Carlo investigations of structural disorder
G. Toth
Ph.D. Thesis 1992 L. Eotvos University, Hungary
370 Reverse Monte Carlo proceedure for cluster-analysis in colloidal systems
Shick A, Rajagopalan R
Colloids and surfaces 1992 66 113 - 119
205 Reverse Monte Carlo simulation for the analysis of EXAFS data
Gurman, S.J. and McGreevy, R.L.
J.Phys Cond Matter 1990 2 9463 - 9474
23 Reverse Monte Carlo simulation of amorphous Pd80Si20 alloy
Okamota, Y
Computer aided innovation of new materials, 1990 861
262 Reverse Monte Carlo simulation techniques for combining neutron and x-ray diffraction data
R.L. McGreevy
Institute of Physics Conference series 1990 101 41-50
314 RMC tests on some colloidal systems
A. Schick and R. Rajagopalan
Colloids and Surfaces 1992 66 113
211 RMC: modelling disordered structures
McGreev, R.L.and Howe, M.A.
Annl Rev of Mat Science 1992 22 217-242
254 RMCA. Version 3 manual
R.L. McGreevy, M.A. Howe and J.D. Wicks
NFL Studsvik internal report 1993
281 Structural disorder in AgBr at the approach to melting
D.A. Keen, R.L. McGreevy and W. Hayes
J.Phys Cond Matter 1990 2 2773-2786
284 Structural disorder in AgBr at the approach to melting. II
V.M. Nield, D.A. Keen, W. Hayes and R.L. McGreevy.
J.Phys Cond Matter 1992 4 6703-6714
282 Structural disorder in AgBr: RMC analysis of powder neutron diffraction data
D.A. Keen, W. Hayes, R.L. McGreevy and K.N. Clausen
Phil. Mag. Lett. 1990 61 349-357
203 Structural modelling of glasses using reverse Monte Carlo simulation
Keen, D.A. and McGreevy, R.L.
Nature1990 344 423-424
293 Structure and dynamics of 4-2 coordinated glasses.
L.F. Gladden.
The Physics of Non-Crystalline Solids. Eds. D.L. Pye, W.C. LaCourse and H.J. Stevens. Taylor and Francis
(London).1992 91
369 Testing the reverse Monte Carlo method using scattering data from amorphous Ni2Zr
Bionducci M, Buffa F, Licheri G, Navarra G
Zeitschrift fur naturforschung section A - A journal of physical sciences 1992 47 685 - 688
268 The hydration of ions in aqueous solution: reverse Monte Carlo analysis of neutron diffraction data
M.A. Howe
J.Phys Cond Matter 1990 2 241
260 The metal-non metal transition in expanded caesium
V.M. Nield, M.A. Howe and R.L. McGreevy
J.Phys Cond Matter 1991 3 7519-7525
320 The representation of bond angle distributions in disordered materials and its relation to underlying
symmetry
J.D. Wicks and R.L. McGreevy.
Recent developments in the Physics of Fluids IOP (UK) 1992 F313-319
258 The Reverse Monte Carlo computer simulation method:Preliminaries, methodology, applications (in
Hungarian)
L. Pusztai
Kemiai Kozlemenyek (Chemical Communications) 1992 75 185-258
292 The structure of a-C:H by neutron and X-ray scattering.
R.J. Newport, P.J.R. Honeybone, S.P. Cottrell, J. Franks, P.
Revell, R.J. Cernik and W.S. Howells.
Surf. Coat. and Tech 1991 47 608
291 The structure of glassy Zinc Chloride: A reverse Monte Carlo study
L. Pusztai and R.L. McGreevy
J.Non-Cryst Solids 1990 117-118 627
261 The structure of liquid 4He across the lambda-point
L. Pusztai
and R.L. McGreevy
Phys. Chem. Liq. 1991 24 119-125
271 The structure of liquid Li-Si at the eutectic composition
P.H.K. de Jong and P. Verkerk
Methods in the determination of partial structure factors 1993
270 The structure of molten K-Pb, Rb-Pb and Cs-Pb alloys
M.A. Howe
and R.L. McGreevy
J.Phys Cond Matter 1991 3 577-591
212 The structure of superionic glasses from neutron diffraction and RMC modelling.
Börjesson, L McGreevy, R.L. and Wicks, J.D.
J.de Physique IV 1992 C2 167
312 The structure of the C70 molecule.
D.R. McKenzie, C.A. Davis, D.J.H. Cockayne, D.A. Muller and A.M.
Vassallo.
Nature 1992 355 622
269 The structures of molten salts
R.L. McGreevy and L. Pusztai
Proc. Roy. Soc. 1990 A 430 241-261