Buch, Englisch, 240 Seiten, Format (B × H): 173 mm x 246 mm, Gewicht: 888 g
Synthesis, Characterization, and Catalytic Applications
Buch, Englisch, 240 Seiten, Format (B × H): 173 mm x 246 mm, Gewicht: 888 g
ISBN: 978-3-527-35105-3
Verlag: Wiley-VCH GmbH
Discover the cutting-edge progress of a promising class of materials significant for use in energy technologies as catalysts
Materials are said to be metastable-phases if they can retain their stability when subjected only to slight disturbances. Materials in metastable-phases can have very different properties from those in a state of equilibrium, and can perform very differently under conditions of experimentation, work, or industrial use. Metastable-phase materials are therefore a promising area of study in a variety of different fields, including cutting-edge industries.
Metastable-Phase Materials constitute a wide-ranging overview of these materials, their properties, and their applications. Beginning with an overall characterization of metastable-phase materials and their normal modes of synthesis, it characterizes the most important branch of metastable-phase materials and reviews a range of catalytic applications. The result is a critical contribution to materials science and catalytic chemistry with potentially far-reaching implications.
Metastable-Phase Materials readers will also find:
- Treatment of metastable-phase metal materials, 2D metastable-phase materials, and spin-dependent metastable-phase materials
- Detailed discussion of metastable-phase material applications in electrocatalysis, photocatalysis, thermalcatalysis, and more
- State-of-the-art technological applications in a myriad of areas
Metastable-Phase Materials are ideal for materials scientists, catalytic chemists, inorganic chemists, photochemists, electrochemists, organic chemists, and the libraries that serve these communities.
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Weitere Infos & Material
CHAPTER 1. INTRODUCTION TO THE METASTABLE PHASE MATERIALS
Introduction
What are the metastable phase materials
The categories of metastable phase materials
The influence on polymorphs of materials
The wide applications of metastable phase materials
The criterion for stable phase and metastable phase materials
References
CHAPTER 2. SYNTHETIC METHODOLOGY
Introduction
The keys for synthesizing metastable phase materials
The synthetic methods for synthesizing metastable phase materials
References
CHAPTER 3. CHARACTERIZATION
Introduction
Characterizations
How to determine the phase of metastable phase 2D metal oxides
References
CHAPTER 4. METASTABLE PHASE METALS
Introduction
Noble metals
Non-noble metals
The criterion to determine the stable phase and metastable phase metals
References
CHAPTER 5. METASTABLE PHASE OXIDE, CHALCOGENIDE, PHOSPHIDE AND BORIDE MATERIALS
Introduction
Oxides
Others
References
CHAPTER 6. SPIN-DEPENDENT METASTABLE PHASE MATERIALS
Introduction
Spin related catalysis
Spin related catalysts for alkaline OER
Spin related catalyst for acidic OER
References
CHAPTER 7. CRYSTALLOGRAPHY, DESIGN AND SYNTHESIS OF TWO-DIMENSIONAL METASTABLE PHASE OXIDES
Introduction
The Point group, crystal system, crystal lattice and space groups of 2D materials
The possible crystal structure and chemical formula of 2D metal oxides
How to prepare metastable phase 2D metal oxides
Metastable phase 2D noble metal oxides
Metastable phase 2D non-noble metal oxides
The covalent bond behavior in metastable phase 1T metal oxides
References
CHAPTER 8. ELECTROCATALYSIS
Introduction
Several typical electrochemical reactions
Metastable phase catalysts for advanced electrocatalysis
References
CHAPTER 9. PHOTOCATALYSTS
Introduction
Fundamental concepts of photocatalysis
Metastable phase catalysts and photocatalysis
The advantages and disadvantages of photocatalysis
References
CHAPTER 10. THERMOCATALYSTS
Introduction
Several typical thermocatalytic reactions
Metastable phase catalysts for thermocatalysis
References
Summary and Outlook
