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Showing posts with the label Electric and Magnetic Fields EffectShow All

Transition Metal Compounds

Influence of the strong field in enhancing, electronic magnetic and optical properties of Mn-doped MgO

Abderrahmane Al jazairi 10:12

S. Meskine a , , , D.E. Aimouch a , R. Hayn b , A. Zaoui c , A. Boukortt a a Laboratoire d’Elaboration et Caractérisation Physico Méc…

Continuum of many-particle states near the metal-insulator transition in the Hubbard model

13:02

Electronic structure of MnP

07:42

Single Band Motion of Conduction Electrons in a Uniform Magnetic Field

07:43

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Ab initio Methods 1
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Anistropic Effect 1
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Charge-Transfer and Mott-Hubbard Insulators 15
chemical calculations 10
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Density Functional Theory 11
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Electronic Properties 305
Elements 24
Exchange Constants Calculation 6
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Intermetallic Compounds 6
Interstitial Compounds 2
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Magnetic Orderings 34
Magnetic Properties 293
Magnetic Stability 4
Magnetic Structures 59
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MAX Phases 4
mBJ method 35
mBJ+U Method 1
Mechanical Properties 58
Metals 2
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Monoclinic structures 9
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Non Bulk Structures 40
Non Collinear Magnetism 2
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Non-Stochiometric Composition 4
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Oxides 16
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Perovskite Materials 1
Phase Transitions 170
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Pnictides 6
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Polycrystalline Aggregates 3
Polymorphism 1
Pressure and Temperature Effect 135
Quaternary compounds 13
Rare-earth Metals and Compounds 24
Relativistic Effects 2
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Spanish Articles 1
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Spin Density Wave 1
Spin Reorientation 6
Spin-Orbit Coupling 20
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Transition Metal Compounds 442
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VASP 2
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