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[资源] Chemical Reviews最新综述：氧化物-金属杂化纳米结构的结构-性质关系与化学

最新一期的顶级综述杂志Chemical Reviews刊发了题目为Structure–Property Relationship and Chemical Aspects of Oxide–Metal Hybrid Nanostructures的大综述，非常详细的介绍了氧化物（主要为金属氧化物）-金属杂化纳米结构中结构与性质之间的关系，理论计算与实验，以及杂化结构在化学角度的独到见解。全文59页，引文421篇。
1. Introduction
2. Experimental Aspects and Theoretical Methods
2.1. Experimental Aspects: Fabrication Procedures
2.2. Theoretical Methods
2.2.1. Density Functional Theory (DFT) Approaches
2.2.2. Local and Semilocal xc-Functionals
2.2.3. Hybrid xc-Functionals
2.2.4. Density of States (DOS)
2.2.5. Post-DFT and DFT+U Methods
2.2.6. Requirements for Theoretical Methods
2.2.7. Structure Prediction
3. Atomic Structure Concepts
3.1. Interface Geometry
3.1.1. TM–O (100)-Derived Structures
3.1.2. TM–O (111)-Derived Bilayer Structures
3.1.3. Hexagonal O–TM–O (111) Trilayer Structures
3.1.4. Single-Layer Structures with Unusual Building Elements
3.1.5. Early Transition Metal Oxides
3.2. Chemical Interactions at the Interface
3.3. External Variables and Surface Oxide Phase Diagrams
3.4. Effects of Low Dimensionality
3.5. Defects as a Structure-Stabilizing Concept
4. Structure–Property Relationships
4.1. Electronic Structure of Oxide Ultrathin Films
4.1.1. Dependence of the Work Function on the Oxide Film
4.1.2. Band Structure and Metallization
4.1.3. Excited States
4.2. Vibrational Properties
4.2.1. Thickness-Dependent Vibrational Properties
4.2.2. Vibrational Properties of 2D Oxide Nanolayers: Local Building Block Concepts
4.3. Magnetic Properties
4.4. Chemical Properties
4.4.1. Reactions on “Inverse Model Catalyst” Surfaces
4.4.2. Reactions on Oxide Nanolayer Surfaces
4.4.3. Morphological Aspects during Reactions on Oxide Nanolayers
5. Synopsis
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