The structural distortion of B1-structured MnO and FeO under high pressure is investigated using ab initio methods within GGA and GGA+U approximations. Present calculations indicated that the ordinary density-functional calculation overestimated the structural distortion of MnO and FeO under pressure. When the strong electronic correlations are included in the form of GGA + U. a reasonable description of the structural distortion under high pressure can be obtained. The overestimation of exchange interactions in ordinary DFT calculations may be the most important reason for the overestimation of structural distortion. (C) 2007 Elsevier Ltd. All rights reserved
International audienceInvestigation of the structural and electronic properties of solid and liquid ...
The structural, electronic, and magnetic properties of rhombohedral La0.625Sr0.375MnO3 under high hy...
The purpose of the research contained in this thesis is to allow for the prediction of new structure...
The structural distortion and electronic properties of NiO under high pressure are investigated by m...
We report a detail theoretical study of the electronic structure and phase stability of transition m...
ABSTRACT: Parameter-free calculations based on the density-functional theory are used to examine hig...
International audienceManganese oxide is a prototype of an antiferromagnetic Mott-insulator. Here we...
This study addresses the structural and electronic properties of the NiAs-and MnP-type phases domina...
International audienceThe pressure effects on three different AlOOH structures (alpha, gamma, and be...
We discuss the electronic, magnetic, and related structural transitions in the iron-based Mott insul...
The present thesis is concerned to the application of first-principles self-consistent total-energy ...
Phase transitions at high pressure are typically expressed as changes in the material’s crystal stru...
The ab-initio molecular dynamics framework has been the cornerstone of computational solid state phy...
The electronic and magnetic structures of the tetragonal and hexagonal MnFeAs were examined using de...
Linearized augmented plane wave (LAPW) results are presented for FeO at high pressures using the Gen...
International audienceInvestigation of the structural and electronic properties of solid and liquid ...
The structural, electronic, and magnetic properties of rhombohedral La0.625Sr0.375MnO3 under high hy...
The purpose of the research contained in this thesis is to allow for the prediction of new structure...
The structural distortion and electronic properties of NiO under high pressure are investigated by m...
We report a detail theoretical study of the electronic structure and phase stability of transition m...
ABSTRACT: Parameter-free calculations based on the density-functional theory are used to examine hig...
International audienceManganese oxide is a prototype of an antiferromagnetic Mott-insulator. Here we...
This study addresses the structural and electronic properties of the NiAs-and MnP-type phases domina...
International audienceThe pressure effects on three different AlOOH structures (alpha, gamma, and be...
We discuss the electronic, magnetic, and related structural transitions in the iron-based Mott insul...
The present thesis is concerned to the application of first-principles self-consistent total-energy ...
Phase transitions at high pressure are typically expressed as changes in the material’s crystal stru...
The ab-initio molecular dynamics framework has been the cornerstone of computational solid state phy...
The electronic and magnetic structures of the tetragonal and hexagonal MnFeAs were examined using de...
Linearized augmented plane wave (LAPW) results are presented for FeO at high pressures using the Gen...
International audienceInvestigation of the structural and electronic properties of solid and liquid ...
The structural, electronic, and magnetic properties of rhombohedral La0.625Sr0.375MnO3 under high hy...
The purpose of the research contained in this thesis is to allow for the prediction of new structure...