SIG #12

Special Interest Group
on Crystallographic of Functional Materials
of the European Crystallographic Association

Promoters

Dr. Pamela Thomas (ku.ca1763177995.kciw1763177995raw@s1763177995amoht1763177995.a.p1763177995 )
Dr. Pierre Bordet (rf.sr1763177995nc.el1763177995boner1763177995g@ted1763177995rob.e1763177995rreip1763177995 )

Proponents

Prof. C.C.Wilson (ku.ca1763177995.lr@n1763177995osliw1763177995.c.c1763177995)
Prof. J.Boeyens (az.ca1763177995.pu.o1763177995nitso1763177995p@sne1763177995yeobj1763177995 )
Prof. D.Viterbo (ti.nm1763177995pinu@1763177995obret1763177995iv1763177995)
Dr. J-L. Hodeau (rf.sr1763177995nc.el1763177995boner1763177995g@uae1763177995doh1763177995 )

Mission Statement

The purpose of the Materials Science SIG (renamed “Crystallographic of Functional Materials” in August 2008) is to provide a forum in the European Crystallographic Association for the branch of crystallography in which the key aim of the study is to learn something about a material, rather than specifically to develop a technique or extend crystallographic theory. Whilst it is recognized that crystallographic studies of materials often necessarily such developments in order to complete the investigation, the Materials Science SIG will exist primarily to serve crystallography in which gaining insight about materials is the principal objective. The SIG will provide a home within the ECA for the wide range of crystallographers who have materials as their focus and who employ common crystallographic techniques to address problems across the spectrum from magnetism to pharmaceuticals. The SIG will aim to unite crystallographers in these apparently diverse fields and to promote communication, exchange and cross-fertilization of ideas. The SiG will maintain an active role in producing a coherent materials-led strand to the programme for future ECMs and will liaise with technique and theory-driven SIGS to develop collaborative programmes.

Suggested Themes for SIG
– Amorphous and non-crystalline materials
– Defects and Domains
– Disordered Materials
– Ferroelectrics (relaxors, piezoelectrics, pyroelectrics)
– Ferroelastics
– Ionic Conductors
– Liquid Crystals
– Magnetic Materials
– Nanomaterials
– Negative Thermal Expansion Materials
– Optical and Nonlinear Optical Materials
– Perovskite Materials
– Pharmaceutical Materials
– Photoconducting and Photoreactive Materials
– Semiconductors
– Sensors and Actuators
– Structural Materials
– Superconducting Materials
– Thin Films