This title appears in the Scientific Report :
2003
Please use the identifier:
http://dx.doi.org/10.1002/crat.200310102 in citations.
Review: Different types of ordering
Review: Different types of ordering
Homogeneous structures A(x)B(y) with identical AA or BB selfcoordination numbers T1, T2, T3, of nearest, nextnearest and third neighbors; are selected. The maximum T1 values are 2 2 2 (1D row), 6 6 6 (2D hexagonal net) and 12 6 24 (3D cubic closepacking). Reduced T1 or T2 values for A(x)B...
Personal Name(s):  Hauck, J. 

Mika, K.  
Contributing Institute: 
Weiche Materie; IFFWM Theorie III; IFFTHIII 
Published in:  Crystal research and technology, 38 (2003) S. 831  846 
Imprint: 
Weinheim
WileyVCH
2003

Physical Description: 
831  846 
DOI: 
10.1002/crat.200310102 
Document Type: 
Journal Article 
Research Program: 
Kondensierte Materie 
Series Title: 
Crystal Research and Technology
38 
Subject (ZB):  
Publikationsportal JuSER 
Homogeneous structures A(x)B(y) with identical AA or BB selfcoordination numbers T1, T2, T3, of nearest, nextnearest and third neighbors; are selected. The maximum T1 values are 2 2 2 (1D row), 6 6 6 (2D hexagonal net) and 12 6 24 (3D cubic closepacking). Reduced T1 or T2 values for A(x)B(y) can be related with attractive or repulsive AA (or BB) interactions. A single set of T1 T2 T3; y/x values 1 was obtained for y/x = 1  4 and 6. The y/x = 2 structures of three equivalent positions A, B and C are unfavourable for A = circle plus and B = circle minus charge or direction of magnetic moments. The spatial distribution of positive and negative potential near A(+) and B positions gives rise to neutral C positions. Frustrated magnetic moments at C positions are disordered. (C) 2003 WILEYVCH Verlag GmbH & Co. KGaA, Weinheim. 