Titlebook: Cooperative Dynamics in Complex Physical Systems; Proceedings of the S Hajime Takayama Conference proceedings 1989 Springer-Verlag Berlin H

Distribution

不溶解

Computer Experiment on Sublattice Dynamics of Antiferromagnetic Triangular Lattice Systems with 1/, s, and (3) spin flipping occurs for obtaining the lowest energy of the aggregates. Although we can consider SSA as a kinetic model of actual phenomena e.g. adsorption of electrons on helium surface, we rather intend to use it here as a tool for the study of obtaining microscopic understanding of propagation of order in frustrated systems.

拍下盗公款

New Type of Phase Transition in an Antiferromagnetic Ising Model on a Stacked Triangular Lattice by nearest neighbors (nn) −.. (<0), it has ferromagnetic (F) couplings .. between next nn, and F couplings .. between the layers. In this article we briefly give preliminary results and further study will be given elsewhere.

Adulterate

恃强凌弱的人

Tom Wellsal behaviour, the phase transition of 2DH-like antiferromagnets, especially of S=l/2 if any, is interesting because the critical phenomena could be modified by large quantum fluctuations[2] and a new aspect of cooperativity may be found.

maverick

AWE

Tom Wellstion and spinodal decomposition when the system is quenched below its critical point.. In this paper we are concerned with a different type of experiment, in which the near-critical system is in a steady state. This state is produced by continuous, turbulent stirring.

吃掉

Tom Wells a quenched field. However there remain many important problems: 1) formation processes of vortices from a high temperature disordered phase, 2) elementary process of vortex dynamics, such as reconnection of two vortex lines, 3) influence of an external field.

GLADE

Tom Wellsthe Kosterlitz-Thouless transition in the XY model case [1, 2]. More recently, we have also discussed the vortex signatures in dynamic structure factors for two-dimensional easy-plane ferromagnets [3].

frugal

Tom Wellss, and (3) spin flipping occurs for obtaining the lowest energy of the aggregates. Although we can consider SSA as a kinetic model of actual phenomena e.g. adsorption of electrons on helium surface, we rather intend to use it here as a tool for the study of obtaining microscopic understanding of propagation of order in frustrated systems.