These papers may not be exclusively devoted to structure determination from powder diffraction data. At least they deal a lot about this topic. The ratio is near of one review article for ten experimental cases solved ! A kind of proof that the subject is hot. Some papers are reviewing only parts of the topic (for instance direct space locating molecules, etc).
Towards structure solution from powder diffraction
data
Kamiyama,-T.
Journal-of-the-Crystallographic-Society-of-Japan.
June 2002; 44(3): 168-75
Structure determination from powder diffraction data
has developed rapidly over the recent years in Europe and US, and various
tools and softwares have been presented to enable us to solve structures
from powder diffraction data alone.
- Structure determination of molecular materials
from powder duffraction data
K.D.M. Harris,
Current Opinion in Solid State and Materials Science 6 (2002) 125-130.
- Recent advances in structure solution from powder
diffraction data.
Neumann MA, Leusen FJJ, Engel GE, Wilke S, Conesa-Moratilla C.
Int J Mod Phys B 2002;16:407–14.
- Crystallography and crystallographers. Personal
reflections on the past, the present and the future of crystallography on
the occasion of the 125-year anniversary of Zeitschrift fur Kristallographie
David-WIF
ZEITSCHRIFT-FUR-KRISTALLOGRAPHIE. 2002; 217 (7-8) : 295
- Contribution of the Rietveld method to non-stoichiometric
phase modeling. Part I: Generalities
Joubert-JM
CALPHAD-COMPUTER-COUPLING-OF-PHASE-DIAGRAMS-AND-THERMOCHEMISTRY. SEP 2002;
26 (3) : 419-425
- Aspects of structural chemistry in molecular
biology
Hargittai,-M.; Hargittai,-I. Domenicano,-A.; Hargittai,-I.
Strength-from-Weakness:-Structural-Consequences-of-Weak-Interactions-in
Molecules,-Supermolecules,-and-Crystals. Proceedings-of-the-NATO-Advanced
-Research-Workshop. 2002: 91-119
Kluwer Academic Publishers, Dordrecht, Netherlands
- Using crystallography to understand polymer electrolytes
Andreev-YG; Bruce-PG
JOURNAL-OF-PHYSICS-CONDENSED-MATTER. SEP 10 2001; 13 (36) : 8245-8255
Detailed survey of the structural properties of all the crystalline phases
of poly(ethylene oxide)-based polymer electrolytes along with various approaches
to structure elucidation from powder diffraction data.
- Solving crystal structures from powder diffraction
data in direct space - Progress in the application of genetic algorithms
K.D.M. Harris, B.M. Kariuki, R.L. Johnston
Advances in Structure Analysis, Edited by R. Kuzel and J. Hasek, published
by the Czech and Slovak Crystallographic Association (2001) 190-204.
- Trends in structure determinations by powder
diffractometry
A. Le Bail
Advances in Structure Analysis, Edited by R. Kuzel and J. Hasek, published
by the Czech and Slovak Crystallographic Association (2001) 166-189.
here as
a zipped
MS Word 97 file (115Ko).
- Structure determination from powder diffraction
V.V. Chernyshev
Russian Chemical Bulletin, International Edition
50, N°12 (2001) 2273-2292.
- A simulated annealing approach for crystal structure
solution from powder diffraction data
G.E. Engel, S. Wilke, KDM Harris, BM Kariuki, S Ahn,
FJJ Leusen, MA Neuman
Mol. Cryst. Liq. Cryst. 356 (2001) 355-364.
- Determining the crystal structures of organic
solids using X-ray powder diffraction together with molecular and solid state
modeling techniques
Hammond-RB; Jones-MJ; Murphy-SA; Roberts-KJ; Smith-EDL;
Klapper-H; Kutzke-H; Docherty-R; Cherryman-J; Roberts-RJ;Fagan-PG:
MOLECULAR-CRYSTALS-AND-LIQUID-CRYSTALS. 2001; 356
: 389-405
- Determination, prediction, and understanding
of structures, using the energy landscapes of chemical systems - Part I
Schon,-J.-C.; Jansen,-M.
Zeitschrift-fur-Kristallographie. 2001; 216(6): 307-25
- Determination, prediction, and understanding
of structures, using the energy landscapes of chemical systems. II
Schon,-J.-C.; Jansen,-M.
Zeitschrift-fur-Kristallographie. 2001; 216(7): 361-83
These include structure prediction of extended and molecular crystals,
structure prediction and folding of proteins, structure analysis of
zeolites, and structure determination of crystals from powder diffraction
data.
- The limits to the determination of crystal structure
from powder X-ray diffraction data
Solans,-X.
Materials-Science-Forum. 2001; 378-381 pt. 1: 80-5
- Structure determination by powder diffractometry:
Internet course
Le-Bail,-A.; Laligant,-Y.; Jouanneaux,-A.
Materials-Science-Forum. 2001; 378-381 pt. 1: 47-52
- Contemporary advances in the use of powder X-ray
diffraction for structure determination
Harris-KDM; Tremayne-M; Kariuki-BM
ANGEWANDTE-CHEMIE-INTERNATIONAL-EDITION. 40 (2001)
1626-1651
- Solving complex zeolite structures from powder
diffraction data
McCusker-LB; Baerlocher-C; Grosse-Kunstleve-R; Brenner-S;
Wessels-T
CHIMIA 55 (2001) 497-504.
- Solving crystal structures from powder diffraction
data using genetic algorithms.
Kariuki BM, Harris KDM, Johnston RL.
Mol Cryst Liq Cryst 2001;356:469–81.
- Structure solution of molecular crystals from
powder diffraction data using genetic algorithms: opportunities in academic
and industrial research.
Harris KDM, Johnston RL, Kariuki BM, Tedesco E, Turner
GW.
Mater Sci Forum 2001;378–381:38–46.
- Structure determination of molecular crystals
directly from powder diffraction data.
Harris KDM.
Rigaku J 2001;18:23–32.
- Crystal structure analysis using high-resolution
synchrotron radiation powder diffraction data
Toraya-H
JOURNAL-OF-THE-CERAMIC-SOCIETY-OF-JAPAN. 109 (2001)
903-910
- Ab initio structure determination via powder
X-ray diffraction
Porob-DG; Row-TNG
PROCEEDINGS-OF-THE-INDIAN-ACADEMY-OF-SCIENCES-CHEMICAL-SCIENCES.
113 (2001) 435-444.
- Application of simulated annealing approach
for structure solution of molecular crystals from X-ray laboratory powder
data
S. G. Zhukov, V. V. Chernyshev, E. V. Babaev, E. J. Sonneveld and H. Schenk
Zeitschrift fuer Kristallographie 216, 2001.
- Structure determination of organic molecules
from diffraction data by simulated annealing.
Hsu HP, Hansmann UHE, Lin SC.
Phys Rev E 2001;64 (article no. 056707).
- Dynamic powder crystallography with synchrotron
X-ray sources
J.B. Parise, C.L. Cahill and Y.J. Lee,
Canadian Mineralogist 38 (2000) 777-800.
- Inorganic ion exchangers, past, present, and
future
Clearfield-A
SOLVENT-EXTRACTION-AND-ION-EXCHANGE. 2000; 18 (4) 655-678
- X-ray diffraction I: On the diffraction of xrays
by crystalline solids
H.G. Brittain,
Spectroscopy 15 (2000) 44-49.
- Powder diffraction of organometallic compounds:
the active use of multiple observations,
N.Masciocchi and A.Sironi,
Adv.X- ray Anal., (2000), 42, 366.
- Structure determination from conventional powder
diffraction data: Application to hydrates, hydrochloride salts, and metastable
polymorphs
G.A. Stephenson,
J. Pharma. Sci. 89 (2000) 958-966.
- New approaches for solving crystal structures
from powder diffraction data
Harris KDM.
J. Chin. Chem. Soc. 46(1):23-34, 1999.
- Neutrons and synchrotron X-rays in materials
science
Sosnowska IM. Willis BTM.
J. Alloy. Compd. 286(1-2):174-179, 1999.
- An evolving technique for powder structure solution
- fundamentals and applications of the genetic algorithm
Harris KDM. Johnston RL. Kariuki BM.
An. Quim.-Int. Ed. 94(6):410-416, 1998.
- The limits to the determination of crystal structure
from powder X-ray diffraction data
Solans X.
An. Quim.-Int. Ed. 94(6):406-409, 1998.
- X-ray powder diffraction
Fuess H.
An. Quim.-Int. Ed. 94(6):388-395, 1998.
- Rietveld crystal structure refinement of tennantite,
Cu-6(Cu0.48Fe5.52)As4S13
Ochando LE. Casanova JM. Esteve VJ.
Reventos MM. Amigo JM.
An. Quim.-Int. Ed. 94(6):359-362, 1998.
- Recent developments in zeolite-like materials
synthesis and characterisation
Logar NZ. Golic L. Kaucic V.
Croat. Chem. Acta. 72(2-3):187-208, 1999.
- Inorganic crystal structures from powder data
- A retrospection
L. Smrcok and J. Majling,
Powder Diffraction 14(1) (1999) 5-9.
- Advances in Powder Diffraction Analysis
D. Louër
Acta Cryst. (1998). A54, 922 - 933
- Analytical applications of synchrotron radiation
S. J. Maginn
Analyst, Vol. 123 (March 1998) 19R-29R.
- Some achievements in neutron crystallography
Willis BTM.
Acta Crystallogr. Sect. A. 54(Part 6 Special Issue 1):914-921, 1998.
- In situ studies of the properties of materials
under high-pressure and temperature conditions using multi-anvil apparatus
and synchrotron X-rays
Parise JB. Weidner DJ. Chen J.
Liebermann RC. Chen G.
Annual Review of Materials Science 28 (1998) 349-374.
- New structures - new insights: Progress in structure
analysis of nanoporous materials
Gies H. Marler B. Vortmann S. Oberhagemann U. Bayat
P. Krink K. Rius J. Wolf I. Fyfe C.
Microporous & Mesoporous Materials 21 (1998) 183-197.
- Crystal structure solution from powder diffraction
data - State of the art and perspectives
A. Meden
Croatica Chemica Acta 71 (1998) 615-633.
- Modelling of structure, sorption, synthesis
and reactivity in catalytic systems,
Catlow CRA. Ackermann L. Bell RG. Gay DH. Holt S.
Lewis DW. Nygren MA. Sastre G. Sayle DC. Sinclair PE.
Journal of Molecular Catalysis A-Chemical. 115 (1997)
431-448.
- The contribution of powder diffraction methods
to structural co-ordination chemistry
Masciocchi N. Sironi A.
Journal of the Chemical Society-Dalton Transactions.
(1997) 4643-4650.
- The contribution of Powder Diffraction methods
to structural crystallography: Rietveld and ab-initio techniques,
N.Masciocchi,
The Rigaku Journal, (1997), 14, 9.
- Application of X-ray powder diffraction techniques
to the solution of unknown crystal structures,
D. M. Poojary & A. Clearfield
Accounts of Chemical Research 30 (1997) 414-422.
- Structure of metal hydrides from X-ray, synchrotron
and neutron powder diffraction,
R. Cerny,
Materials Science Forum Vols. 228-231 (1996) 677-682.
This paper cites 24 references on metal hydrides
which are not all included in the SDPD-D.
- Direct methods and powder data - State of the
art and perspectives,
C. Giacovazzo,
Acta Crystallogr. A52 (1996) 331-339.
- Maximum entropy and bayesian statistics in crystallography
- A review of practical applications,
C.J. Gilmore,
Acta Crystallogr. A52 (1996) 561-589.
-CRYSTAL STRUCTURE DETERMINATION FROM POWDER DIFFRACTION
DATA ?
Harris KDM. Tremayne M.
Chemistry of Materials. 8 (1996) 2554-2570.
- Powder Diffraction,
J.I. Langford and D. Louer,
Rep. Prog. Phys. 59 (1996) 131-234.
- POWDER X-RAY DIFFRACTION 100 YEARS AFTER ROENTGEN,
Louer D.
Journal de Physique IV. 6(1996) 57-69.
- Crystal structures of metallo-organo phosphates
from X-ray powder diffraction data,
D.M. Poojary & A. Clearfield,
J. Organomet. Chem. 512 (1996) 237-242.
- Advances in structure determination from powder
diffraction data,
A. Altomare,G. Cascarano, G. Giacovazzo, A. Guagliardi, A.G.G. Moliterni,
M.C. Burla and G. Polidori,
in: Giornate di Studio Sulla Diffrattometria a Raggi X da Materiali Policristallini,
Ed. Universita di Milano, Supp. 98, (1995) 95-114.
- Industrial aspects of synchrotron X-ray powder
diffraction,
R.J. Cernik & P. barnes,
Radiation Phys. Chem. 45 (1995) 445-447.
- High resolution powder diffraction studies of
polycrystalline materials,
A.N. Fitch,
Nucl. Instr. & Meth. in Phys. Res. B97 (1995) 63-69.
- Synchrotron radiation - New opportunities for
chemical crystallography,
M.M. Harding,
Acta Cryst. B51 (1995) 432-446.
- Solving crystal structures from powder diffraction
data: Patterson, geometrical modelling, trial and error and maximum entropy
methods,
M. Masciocchi,
in: Giornate di Studio Sulla Diffrattometria a Raggi X da Materiali Policristallini,
Ed. Universita di Milano, Supp. 98, (1995) 115-140.
- Practical aspects of powder diffraction data
analysis,
Ch. Baerlocher & L.B. McCusker,
in Advanced Zeolite Science and Applications, Studies in Surface Science
and Catalysis, Vol 85 (1994) 391-428.
- Powder diffraction as a routine tool for ab-initio
structure determinations of metal hydrides,
F. Bonhomme, R. Cerny, P. Fisher, F. Gingl, A. Hewat, B. Huang, N. Stetson,
M. Yoshida, K. Yvon & M. Zolliker,
Mat. Sci. Forum Vols. 166-169 (1994) 597-602.
This paper cites 15 references on metal hydrides
which are not all included in the SDPD-D.
- Crystal structure determination from X-ray powder
diffraction data,
A. Clearfield,
The Rigaku Journal, 11 (1994) 1-3.
- Ab initio structure solution with powder diffraction
data,
A.K. Cheetham,
in: The Rietveld Method, Ed. R.A. Young, Oxford Univ. Press, Chapter 15
(1993) 276-292.
- State-of-the art powder diffraction applications
with conventional sealed-tube X-ray sources,
D. Louer,
Materials Science Forum 133-136 (1993) 7-24.
- Zeolite structure analysis using powder diffraction
data,
L.B. McCusker,
Mat. Sci. Forum 133-136 (1993) 423-434.
- Recent advances in magnetic structure determination
by neutron powder diffraction,
J. Rodriguez-Carvajal,
Physica B 192 (1993) 55-69.
- Techniques for ab initio structure determination
from X-ray powder diffraction data,
P.R. Rudolf,
Mat. Chem. & Physics 35 (1993) 267-272.
- Synchrotron X-ray and neutron diffraction studies
in Solid-State chemistry,
A.K. Cheetham & A.P. Wilkinson,
Angew. Chem., Int. Ed. Engl. 31 (1992) 1557-1570.
- High-resolution powder diffraction and structure
determination,
D.E. Cox,
in: Synchrotron Radiation Crystallography, Ed: P. Coppens, Academic Press,
Chapter 9 (1992) 186-254.
- Integrated software for structure solution from
powder data,
L.B. McCusker,
NIST special publication 846 (1992) 75-79.
- Structure determination and refinement with
synchrotron X-ray powder diffraction data,
A.K. Cheetham & A.P. Wilkinson,
J. Phys. Chem. Solids 52 (1991) 1199-1208.
- Zeolite crystallography. Structure determination
in the absence of conventional single-crystal data,
L.B. McCusker,
Acta Cryst. A47 (1991) 297-313.
- Some recent developments and applications of
powder diffraction,
D. Louer,
Chem. Scripta 28 (1988) 89-95.
- Structure determination by powder diffraction,
A.K. Cheetham,
Mat. Sci. Forum 9 (1986) 103-112.
- On the use of Guinier-Hagg data for structural
studies,
P.-E. Werner,
Chem. Scripta 26 A (1986) 57-64.
- Solving crystal structures from powder diffraction
data,
A. Norlund Christensen, M.S. Lehmann & M. Nielsen,
Aust. J. Phys. 38 (1985) 497-505.
- The new potential of powder diffraction. Structure
determination and refinement using profile analysis technique,
H. Manohar,
Current Sci. 52 (1983) 39-44.