Results 281 to 290 of about 3,317,108 (334)
Trans-Influence in Dinuclear Pt(III) Complexes: Electronic Structure, σ-Donation, and Pt-Pt Spin-Spin Coupling. [PDF]
Inorg ChemOliveira PPR +3 more
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Fine Tuning of the Redox-Active Diguanidine Ligand in Cationic Cobalt Complexes for Electronic Structure Control. [PDF]
ChemistryOsterbrink J +6 more
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Theoretical Investigation of Quantum Size Effect on the Electronic Structure and Photoelectric Properties for Graphdiyne Nanotubes. [PDF]
Nanomaterials (Basel)Zhang T +5 more
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Electronic Structure of Terpenoids
The Journal of Organic Chemistry, 2001Terpenoids with the general formula C15H24 and their oxy derivatives are an interesting class of natural products, which occur in many plant species. The structural formulas of the compounds studied are shown in Figures 1−3. Most of them are used as fragrance ingredients, while some (e.g., 9) are plant growth regulators.
Novak, I., Kobač, B., Kovačević, G.
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Materials Science Forum, 1994
This review presents some of the progress which has been made in the study of electronic structure of some metals, alloys and oxides. Rather than giving a complete presentation, we develop some subjects which may be representative of the development since ICPA-9.
Peter, Martin +3 more
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This review presents some of the progress which has been made in the study of electronic structure of some metals, alloys and oxides. Rather than giving a complete presentation, we develop some subjects which may be representative of the development since ICPA-9.
Peter, Martin +3 more
openaire +3 more sources
Reports on Progress in Physics, 1982
The theory of the electronic structure of clean metal and semiconductor surfaces is reviewed, starting from an effective one-electron Schrodinger equation. Methods for solving the Schrodinger equation at surfaces are briefly described, and the effects of the surface on the electronic wavefunctions are discussed using simple models.
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The theory of the electronic structure of clean metal and semiconductor surfaces is reviewed, starting from an effective one-electron Schrodinger equation. Methods for solving the Schrodinger equation at surfaces are briefly described, and the effects of the surface on the electronic wavefunctions are discussed using simple models.
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2023
Introduction The preceding chapters provide an overview of surface thermodynamics, symmetry, and structure—all from the perspective of the atoms and molecules involved. Conspicuously, we have avoided any discussion of the electrons that bind those atoms and molecules together, even though it is their distribution—in space...
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Introduction The preceding chapters provide an overview of surface thermodynamics, symmetry, and structure—all from the perspective of the atoms and molecules involved. Conspicuously, we have avoided any discussion of the electrons that bind those atoms and molecules together, even though it is their distribution—in space...
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2003
In the structure of graphite, graphene hexagon sheets are stacked in an AB stacking mode as shown in Figure 1.3. Such as mode is characterized by strong in-plane C-C bonds and weak interlayer interaction. This structural feature imparts two-dimensionality to its electronic structure. In the in-plane hexagon carbon network, the combination of sp2 σ- and
Toshiaki Enoki +2 more
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In the structure of graphite, graphene hexagon sheets are stacked in an AB stacking mode as shown in Figure 1.3. Such as mode is characterized by strong in-plane C-C bonds and weak interlayer interaction. This structural feature imparts two-dimensionality to its electronic structure. In the in-plane hexagon carbon network, the combination of sp2 σ- and
Toshiaki Enoki +2 more
openaire +1 more source
1995
This review presents some of the progress which has been made in the study of electronic structure of some metals, alloys and oxides. Rather than giving a complete presentation, we develop some subjects which may be representative of the development since ICPA-9.
Peter, Martin +3 more
openaire +1 more source
This review presents some of the progress which has been made in the study of electronic structure of some metals, alloys and oxides. Rather than giving a complete presentation, we develop some subjects which may be representative of the development since ICPA-9.
Peter, Martin +3 more
openaire +1 more source