Homometric structures explained

In chemistry and crystallography, crystal structures that have the same set of interatomic distances are called homometric structures.[1] Homometric structures need not be congruent (that is, related by a rigid motion or reflection). Homometric crystal structures produce identical diffraction patterns; therefore, they cannot be distinguished by a diffraction experiment.

Recently, a Monte Carlo algorithm was proposed to calculate the number of homometric structures corresponding to any given set of interatomic distances.[2]

See also

References

  1. Patterson. A.L.. Homometric Structures. Nature. 1939. 143. 939–940. 10.1038/143939b0. 3631. 1939Natur.143..939P. 4122325 .
  2. Gommes C.J. . Jiao Y . Torquato S . Density of States for a Specified Correlation Function and the Energy Landscape . Phys. Rev. Lett. . 2012 . 108 . 8 . 080601 . 10.1103/PhysRevLett.108.080601 . 22463509 . 1201.1142 . 2012PhRvL.108h0601G . 166914 .