Commission on Neutron Scattering
Membership
- T. Ishigaki (Chair, Japan)
- C. Alba-Simoniesco (France)
- C. Hoffmann (USA)
- C. Marquardt (Canada)
- M. Meven (Germany)
- V. Peterson (Australia)
- P. Miao (China)
- J. Santisteban (Argentina)
- H. Smith (USA)
Consultants
- S. Chaplot (India)
- S.J. Kennedy (Australia)
- P. Langan (USA)
- P. Macchi (Italy)
- G. McIntyre (Australia)
- J. Rodriguez-Carvajal (France)
- W. Schmahl (Germany)
- A. Venter (South Africa)
- O. Zaharko (Switzerland)
To see a graphical representation of former members, click here.
Annual Reports
- 2022 Annual Report
- 2021 Annual Report
- 2020 Annual Report
- 2019 Annual Report
- 2018 Annual Report
- 2017 Annual Report
- 2016 Annual Report
- 2015 Annual Report
- 2014 Annual Report
- 2013 Annual Report
- 2012 Annual Report
- 2011 Annual Report
- 2010 Annual Report
- 2009 Annual Report
- 2008 Annual Report
- 2007 Annual Report
- 2006 Annual Report
- 2005 Annual Report
- 2004 Annual Report
- 2003 Annual Report
- 2002 Annual Report
- 2001 Annual Report
- 2000 Annual Report
- 1999 Annual Report
- 1998 Annual Report
- 1997 Annual Report
- 1996 Annual Report
- 1995 Annual Report
- 1994 Annual Report
Triennial Reports
Terms of Reference
The Commission on Neutron Diffraction was established at the Moscow General Assembly in 1966. The proposal at that time is given below.
The Commission on Neutron Diffraction shall be concerned with those aspects of crystallography which can be studied almost uniquely by using neutron beams. Broadly these fall into three classes:
- Satisfactory detection of light atoms (particularly hydrogen)
- The detection and description of magnetic architecture
- The study of crystal dynamics from inelastic scattering data
- Tabulation and critical evaluation of data on the neutron scattering amplitudes of elements and isotopes, including complex scattering amplitudes, and of magnetic form factors. There are wide variations of accuracy among the accepted values and the accuracies of many of them are not known.
- Collection of information and recommendations on technical procedures, e.g. choice of initial collimation, the uses of Soller slits, choice and availability of monochromators, corrections for secondary extinction, multiple scattering and series termination.
- Cataloguing of information on reactor types, neutron flux, background, instrumentation, methods of data collection and handling, design of cryostats and magnet assemblies.
- Encouragement of monographs, e.g. on Shubnikov groups, and their application to the determination of magnetic structures, inelastic scattering techniques. Cooperation in the production of Structure Reports for the description of magnetic structures.
- Support for symposia, in particular to ensure that the various aspects of neutron diffraction techniques, such as those mentioned above, get adequate coverage in meetings of the International Union of Crystallography. This need is quite distinct from providing coverage of the results of neutron-diffraction investigations.
The name was changed to Commission on Neutron Scattering by the General Assembly at the Beijing meeting in 1993. The Commission requested the change in name because it wished to represent and serve all neutron scatterers who consider that they use crystallographic techniques.