Contribution to X-EL
2006, Antwerp (School on Structure Determination by the Combination
of X-ray Powder Diffraction and Electron Crystallography), satellite conference
of ECM-23 (23rd European Crystallographic Meeting) (zipped).
Contribution to the "Gordon Conference Style" Workshop : "Global Optimisation
Techniques Applied to the Prediction of Structures, 5-7 July 2006, University
College London (.ppt
or zipped)
Contribution (in French) to EMC3 (Ecole Marocaine de Cristallographie
- 3), Agadir, Morocco (8-12 May, 2006). PowerPoint file,
MS Word file
and see a few pictures.
GRINSP update.
The version 2.00 is more user friendly and allows for the modelling of
larger structures (up to 192 cations like in faujasite). New satellite
software allow for the analysis of the (sometimes) huge lists of predicted
inorganic crystal structures.
Contributions to EMC2 (Ecole Marocaine de Cristallographie), El Jadida,
Morocco, 10-14 May 2004 - PowerPoint files : part
1 (or zipped)
and part 2 (or
zipped)
- demonstrations
as a MS Word file (or zipped)
and see a few pictures.
Contribution to SIZE-STRAIN III, Analysis of microstructure
and residual stress by diffraction methods, December 2-5, 2001, Trento,
Italy. PDF
file.
2001
Contributions to ECM-20, Krakow, Poland, August
25-31, 2001 : Conference 1 about the SDPD Internet Course (html,
zipped
power-point file), and conference 2 about amorphous structure modelling
(html,
zipped
power-point file) - See also a few pictures
ESPOIR 3.50
now driven by a Windows GUI. It can locate up to 6 independent molecules
by Monte Carlo from powder diffraction data. Torsion angles are automatically
located and possibly varied (recent developments sponsored by the DuPont
Company) - GNU Public License
Contributions to the Sixth International School
and Workshop of Crystallography, 22-27 January 2000, Ismailia, Egypt :
conference
1 and conference 2
In french : Succès-échecs,
des dossiers gagnants, ou perdants, ou même gagnants-perdants ! N'hésitez
plus à contribuer.
New Reverse Monte Carlo code for ab initio
structure determination from powder diffraction data : ESPOIR
0.9 and then ESPOIR 1.0, and
now ESPOIR 2.0 allowing molecule location
Personal research report for 1995-99 as MS Word
97 .doc files, zipped,
in french, of course