Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Communications in Theoretical Physics

Effect of Bond-Diluted on Spin-$\frac32$ Transverse Ising Model with Crystal Field

Jiang Wei, Lu Zhan-Hong, Guozhu Wei, Du An

Published Aug 15, 2002• 2 citations
Publisher

Abstract

The magnetic properties of the bond-diluted spin- transverse Ising model with the presence of a crystal field on the honeycomb lattice are studied within the framework of the effective field theory with correlations. The interactions J ij are assumed to be independent random variables with distribution .
DOI
10.1088/0253-6102/38/2/227

Related papers

Properties of the ground state in a spin-2 transverse Ising model with the presence of a crystal field

Wei Juan Jiang, 魏国柱, 杜安 +1 more

The properties of the ground state in the spin-2 transverse Ising model with the presence of a crystal of a crystal field are studied by using the effective-field theory with correlations,The longitudinal and transverse magnetizations,the phase diagram and the internal energy in the ground state are given numerically for a honeycomb lattice(z=3).

中国物理B:英文版•Jun 12, 2005•0 citations

Properties of the ground state in a spin-2 transverse Ising model with the presence of a crystal field

Jiang Wei, Guozhu Wei, An Du +1 more

The properties of the ground state in the spin-2 transverse Ising model with the presence of a crystal field are studied by using the effective-field theory with correlations. The longitudinal and transverse magnetizations, the phase diagram and the internal energy in the ground state are given numerically for a honeycomb lattice (z = 3).

Chinese Physics•Jul 31, 2002•9 citations

Properties of Ground State in the Spin-3/2 Transverse Ising Model with Crystal Field

Wei Jiang, Guo Zhu, Zi‐Hua Xin

The properties of the ground state in spin-3/2 transverse Ising model with the presence of a crystal field are studied by using the effective-field theory with correlations. The longitudinal and transverse magnetizations and the phase diagram and internal energy in the ground state are given numerically for the honeycomb lattice (z = 3).

physica status solidi (b)•Apr 1, 2000•10 citations

Critical properties of a random transverse crystal field Ising model with bond dilution

Ling Wen, Yan Shi-Lei

Abstract Within effective field theory (EFT), the critical properties of a random transverse crystal field Ising model with bond dilution are studied on a square lattice. Under both weak and strong bond dilution conditions, we consider three cases (α = 0,±0.5) of a transverse crystal field ratio, obtaining global phase diagrams in T−D x space for changes in the random transverse crystal field concentration. The phase diagrams obtained for a weak bond dilution are very similar in shape to those of pure bond but with decreases in corresponding ordered phases and critical values. However, the phase diagrams for a strong bond dilution exhibit varieties, including a change in reentrant phenomenon, the occurrence of transverse crystal field degeneration, and the opposite direction crossover of temperature peak value.

Open Physics•Mar 31, 2011•9 citations

Phase diagrams and tricritical behavior of a diluted spin-1 transverse Ising model in a random field

Enaldo F. Sarmento, T. Kaneyoshi

Phase diagrams and magnetization curves of a diluted spin-1 transverse Ising model in a random field on honeycomb, square, and simple-cubic lattices, respectively, are investigated by the use of an effective-field theory with correlations. The tricritical point is found in the system, in contrast to the corresponding spin-1/2 Ising counterpart. The behavior of the tricritical point is also examined as a function of applied transverse field. The possible reentrant phenomena displayed by the system due to the competition effects that occur for appropriate ranges of the random and transverse fields are investigated.

Physical review. B, Condensed matter•Aug 1, 1993•42 citations

Specific Heat of Spin-3/2 Transverse Ising Model with the Crystal Field on Honeycomb Lattice

Wei Jiang, Guo Zhu, Zi‐Hua Xin

The specific heat of the spin-3/2 transverse Ising model with the presence of a crystal field are studied by using the effective-field theory with correlations. In particular, the specific heat on a honeycomb lattice (z = 3) is examined in detail for the system. We find many interesting phenomena in the system.

physica status solidi (b)•May 1, 2000•16 citations
Effect of Bond-Diluted on Spin-32\frac3223​ Transverse Ising Model with Crystal Field
Abstract Within effective field theory (EFT), the critical properties of a random transverse crystal field Ising model with bond dilution are studied on a square lattice. Under both weak and strong bond dilution conditions, we consider three cases (α = 0,±0.5) of a transverse crystal field ratio, obtaining global phase diagrams in T−D x space for changes in the random transverse crystal field concentration. The phase diagrams obtained for a weak bond dilution are very similar in shape to those of pure bond but with decreases in corresponding ordered phases and critical values. However, the phase diagrams for a strong bond dilution exhibit varieties, including a change in reentrant phenomenon, the occurrence of transverse crystal field degeneration, and the opposite direction crossover of temperature peak value.
Phase diagrams and magnetization curves of a diluted spin-1 transverse Ising model in a random field on honeycomb, square, and simple-cubic lattices, respectively, are investigated by the use of an effective-field theory with correlations. The tricritical point is found in the system, in contrast to the corresponding spin-1/2 Ising counterpart. The behavior of the tricritical point is also examined as a function of applied transverse field. The possible reentrant phenomena displayed by the system due to the competition effects that occur for appropriate ranges of the random and transverse fields are investigated.