The Experts below are selected from a list of 868449 Experts worldwide ranked by ideXlab platform
Yahia Boughaleb - One of the best experts on this subject based on the ideXlab platform.
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Spin-spin Interaction Effect in 2D Extended
2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J. The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime. Published by Elsevier Ltd.
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Spin–spin Interaction Effect in 2D Extended Hubbard Model
Superlattices and Microstructures, 2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Abstract Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J . The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime.
A. Zouhair - One of the best experts on this subject based on the ideXlab platform.
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Spin-spin Interaction Effect in 2D Extended
2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J. The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime. Published by Elsevier Ltd.
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Spin–spin Interaction Effect in 2D Extended Hubbard Model
Superlattices and Microstructures, 2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Abstract Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J . The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime.
Mark A Runco - One of the best experts on this subject based on the ideXlab platform.
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Interaction Effect of response medium and working memory capacity on creative idea generation
Frontiers in Psychology, 2015Co-Authors: Huan Yuan, Rui Cheng, Qing Wang, Mark A RuncoAbstract:This study aimed to examine the Interaction Effect of response medium (i.e., write down ideas and orally report ideas) and working memory capacity (WMC) on creative idea generation. Participants (N = 90) with higher or lower WMC were asked to solve Alternative Uses Task (AUT) problems in the condition of writing down or speaking out ideas. The results showed that fluency of AUT performance was higher in the writing than in the speaking condition. Additionally, participants with higher WMC performed better on AUT fluency than those with lower WMC in the writing condition, while they showed no difference in the speaking condition. Moreover, level of cognitive demand fully mediated the Effect of response medium on AUT fluency. Theoretically, these findings indicated the importance of WMC in creative idea generation, which supported the controlled-attention theory of creativity. Practical implications and future directions were discussed.
M. Bennai - One of the best experts on this subject based on the ideXlab platform.
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Spin-spin Interaction Effect in 2D Extended
2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J. The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime. Published by Elsevier Ltd.
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Spin–spin Interaction Effect in 2D Extended Hubbard Model
Superlattices and Microstructures, 2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Abstract Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J . The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime.
S. Harir - One of the best experts on this subject based on the ideXlab platform.
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Spin-spin Interaction Effect in 2D Extended
2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J. The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime. Published by Elsevier Ltd.
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Spin–spin Interaction Effect in 2D Extended Hubbard Model
Superlattices and Microstructures, 2014Co-Authors: A. Zouhair, S. Harir, M. Bennai, Yahia BoughalebAbstract:Abstract Using an exact diagonlization for finite square lattice and taking into account the periodic boundary conditions in the two directions, we study the spin–spin Interaction Effect on some local electronic properties for antiferromagnetic correlated electrons system. We have considered an Extended Hubbard Model (EHM) including on-site coulomb Interaction energy U and spin–spin Interaction term J . The diagonlization of this 2D EHM model allows us to study J Effect on some local properties for finite square lattice. The analysis of the obtained results shows that the introduction of spin–spin Interaction induces a supplementary conductivity for antiferromagnetic correlated electrons system, even in the strong on-site Interaction regime.
