Turning points in solid-state, materials and surface science A book in celebration of the life and work of Sir John Meurig Thomas
The book serves as a timely tribute to the life and work of Professor Sir John Meurig Thomas FRS, who has made monumental contributions to this field of science throughout his distinguished 50-year career in research, during which he has initiated, developed and exploited many important branches of...
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| Other Authors: | , , |
| Format: | eBook |
| Language: | English |
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Cambridge
Royal Society of Chemistry
2007
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| Online Access: | |
| Collection: | RSC eBook Collection 1968-2009 - Collection details see MPG.ReNa |
Table of Contents:
- Chapter 25: Zeolite modelling: active sites in different framework structures and in different crystallographic positions
- Chapter 26: Magnetic resonance imaging: a new window on the catalyst operating in the reactor environment
- Chapter 27: Dissociative chemisorption of hydrogen chloride at Cu(110): atom resolved time-dependent evidence for transient states in the formation of the "final state" stable chloride overlayer
- Chapter 28: Recent advances in single-site photocatalytic solids constructed within microporous and mesoporous materials
- Chapter 29: Structural organization of catalytic functions in Mo-based selective oxidation catalysts
- Chapter 30: Designing active sites at surfaces - from tightly bound to loosely anchored
- Chapter 31: Polynuclear transition metal cluster complexes containing tin ligands: precursors to new heterogeneous nano-catalysts
- Chapter 32: Selective oxidation using gold and gold-palladium nanoparticles
- Chapter 33: Electronic factors in hydrocarbon oxidation catalysis
- Chapter 34: The importance of selectivity in ammoxidation catalysis
- Chapter 35: The mysteries of water in catalysts preparation: solvent or much more?
- Chapter 36: Solid acid microporous H-SAPO-34: from early studies to perspectives
- Chapter 37: Strategically designed single-site heterogeneous catalysts for clean technology, green chemistry and sustainable development
- Chapter 38: Catalysis by Lewis acids: basic principles for highly stereoselective heterogeneously-catalyzed cyclization reactions
- Chapter 39: Recent advances in the XPS spectra of non-conductors
- Chapter 40: Electron microscopy studies of structural modulations in micro- and meso-porous crystals
- Chapter 41: Extrapolating from fifty years of dislocation imaging - reaching into the core
- Chapter 42: Turning points in understanding the emission of brilliant light from highly defective GaN-based materials and devices
- Chapter 43: Electron tomography: a 3D view of catalysts and nanoscale structures
- Chapter 44: Nano and mesoporous materials: a study by HREM
- Chapter 45: In situ direct observation at atomic scale twinning transformations and the formation of carbon nanostructures in WC
- Chapter 46: A survey of the Bi2O3 - MoO3 binary system
- Chapter 47: The surface structure of nanoparticulate systems studied by aberration-corrected analytical electron microscopy
- Chapter 13: Discovering new crystal architectures
- Chapter 14: Chemical modulations in Pb-Bi-sulphosalts: a glimpse at minerals in solid-state chemistry
- Chapter 15: Complexity - in the eye of the beholder
- Chapter 16: Synthesis and characterization of Zn-T-sites in mazzite
- Chapter 17: Anything protons do, muons do better !
- Chapter 18: Molecular cohesion and the structure of organic crystals
- Chapter 19: Aperiodicity in organic materials
- Chapter 20: From the synthesis of acetylenic natural products to seeing the light with polymers
- Chapter 21: Molecular recognition within one-dimensional channels
- Chapter 22: FTIR study of short range mobility in some crystalline peroxides: solid-state rotational isomerism of CO2
- Chapter 23: From "Nature" to an adventure in single site epoxidation catalysis
- Chapter 24: A comparison between enzymes and solid state catalysts
- Chapter 1: Voyages with the Master
- Chapter 2: Multifaceted studies of zeolites and other catalytic materials
- Chapter 3: The deductive approach to chemistry, a paradigm shift
- Chapter 4: Future energy materials
- Chapter 5: Structure diversity and potential applications of metal-organic coordination polymers
- Chapter 6: Elucidating crystal growth in nanoporous materials: the importance of microscopy
- Chapter 7: Exploration of new porous solids in the search for adsorbents and catalysts
- Chapter 8: Concerning the solid state packing of [(ButCO2)3M2]2(?-9,10-anthracene-dicarboxylate) compounds (M = Mo or W) and other matters
- Chapter 9: High pressure and high temperature oxidation in the IrSr2RECu2O8 family of cuprates: the disordered multiple perovskite (A1/3A'2/3)(B1/3B'2/3)O3-x phases: Chapter 10: Melting and amorphisation
- Chapter 11: Computer modelling and solid state chemistry
- Chapter 12: Towards a catalogue of designer zeolites