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Nanocatalysis : Nanoscience and Technology - Ulrich Heiz

Nanocatalysis

Nanoscience and Technology

By: Ulrich Heiz (Editor), Uzi Landman (Editor)

Paperback Published: 27th September 2007
ISBN: 9783540745518
Number Of Pages: 503

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Nanocatalysis, a subdiscipline of nanoscience, seeks to control chemical reactions by changing the size, dimensionality, chemical composition, and morphology of the reaction center and by changing the kinetics using nanopatterning of the reaction center. This book offers a detailed pedagogical and methodological overview of the field. Readers discover many examples of current research, helping them explore new and emerging applications.

From the reviews:

"This book is one in the series Nanoscience and Technology by Springer. It should be useful to chemists, chemical engineers, and material scientists entering the field of nanocatalysts as well as to experts already in the area. ... this book on the whole is an excellent contribution. It could be used as a textbook, reference, and starting point for other books in this series. It is easy to read and well organized as well as contains a significant number of graphics of all types." (Steven L. Suib, Journal of the American Chemical Society, Vol. 129 (21), 2007)

List of Contributorsp. XV
Chemical and Catalytic Properties of Size-Selected Free and Supported Clustersp. 1
Introductionp. 1
Experimental Techniquesp. 2
Cluster Sourcesp. 3
Mass-Selection and Soft-Landingp. 7
Gas-Phase Analysis Techniquesp. 18
Surface Analysis Techniquesp. 46
Computational Techniquesp. 71
Electronic Structure Calculations Via Density Functional Theoryp. 72
Computational Methods and Techniquesp. 87
Concepts for Understanding Chemical Reactions and Catalytic Properties of Finite Systemsp. 90
Basic Mechanisms of Catalytic Reactionsp. 90
Cluster-Specific Mechanismsp. 95
Specific Examplesp. 100
Chemical Reactions on Point Defects of Oxide Surfacesp. 101
The Oxidation of CO on Small Gold Clustersp. 105
The Oxidation of CO on Small Platinum and Palladium Clustersp. 137
The Reduction of NO by CO on Pd Clusters: Cooler Cluster Catalysisp. 156
The Polymerization of Acetylene on Pd Clustersp. 165
Referencesp. 177
Theory of Metal Clusters on the MgO Surface: The Role of Point Defectsp. 193
Introductionp. 193
Oxide Surfaces: Single Crystals, Powders, Thin Filmsp. 194
Metal Particles on Oxidesp. 197
The Role of Defects in Nucleation and Growthp. 198
Theoretical Modelsp. 199
Periodic Modelsp. 199
Local Cluster Modelsp. 200
Embedding Schemesp. 201
Electronic Structure Methodsp. 203
Density Functional Theory Versus Wave Function Methods: Cu on MgOp. 207
Defects on MgOp. 208
Low-Coordinated Cationsp. 210
Low-Coordinated Anionsp. 211
Hydroxyl Groupsp. 212
Anion Vacanciesp. 213
Cation Vacanciesp. 215
Divacanciesp. 215
Impurity Atomsp. 216
O[superscript minus] Radical Anionsp. 217
M Centers (Anion Vacancy Aggregates)p. 218
Shallow Electron Trapsp. 219
(M[superscript plus])(e[superscript minus]) Centersp. 219
(111) Microfacetsp. 221
Metal Deposition on MgOp. 222
Transition Metal Atoms on MgO(001)p. 222
Small Metal Clusters on MgO(001)p. 226
Metal Atoms on MgO: Where Are They?p. 229
Reactivity of Supported Metal Atoms: The Role of Defectsp. 233
Summaryp. 235
Referencesp. 237
Catalysis by Nanoparticlesp. 245
Introductionp. 245
Specific Physical Properties of Free and Supported Nanoparticlesp. 249
Surface Energy and Surface Stressp. 249
Lattice Parameterp. 250
Equilibrium Shapep. 251
Melting Temperaturep. 254
Electronic Band Structurep. 255
Reactivity of Supported Metal Nanoparticlesp. 255
Support Effect: Reverse-silloverp. 255
Morphology Effectp. 259
Effect of the Edgesp. 260
The Peculiar Case of Gold Nanoparticlesp. 261
Conclusions and Future Prospectsp. 264
Referencesp. 265
Lithographic Techniques in Nanocatalysp. 269
Introductionp. 269
Methods to Make Model Nanocatalysts: A Brief Overviewp. 275
Lithographic Techniques: An Introductionp. 275
The Surface Science Approach: In Situ Vapor Deposition Methodsp. 276
Spin Coatingp. 278
Self-Assemblyp. 278
Fabrication of Supported Model Catalysts by Lithographyp. 278
Electron-Beam Lithographyp. 282
Colloidal Lithographyp. 289
Microfabrication of TEM Membrane Windowsp. 304
Preparation Proceduresp. 305
Chemical and Structural Characterization of TEM Windowsp. 308
Nanofabrication of Model Catalysts on TEM Windowsp. 311
Experimental Case Studies with Nanofabricated Model Catalysts: Catalytic Reactions and Reaction-Induced Restructuringp. 314
Model Catalysts Fabricated by Electron-Beam Lithographyp. 315
Catalytic Reaction Studies with Model Catalysts Made by Colloidal Lithographyp. 326
Summary and Future Directionsp. 333
Referencesp. 337
Nanometer and Subnanometer Thin Oxide Films at Surfaces of Late Transition Metalsp. 343
Introductionp. 343
Initial Oxidation of Transition-Metal Surfacesp. 345
Formation of Adlayersp. 345
Oxygen Accommodation Below the Top Metal Layerp. 348
Oxygen Accumulation in the Surface Region and Surface Oxide Formationp. 352
Formation of the Bulk Oxidep. 354
Implications for Oxidation Catalysisp. 357
The Role of the Gas Phasep. 357
Stability of Surface Oxides in an Oxygen Environmentp. 358
Constrained Equilibriump. 363
Kinetically Limited Film Thicknessp. 367
Surface Oxidation and Sabatier Principlep. 369
Conclusionsp. 371
Referencesp. 374
Catalytic Applications for Gold Nanotechnologyp. 377
Introductionp. 377
Preparative Methodsp. 378
Naked Gold, Including Gold Single Crystals and Colloidal Goldp. 378
Co-Precipitationp. 380
Deposition Precipitationp. 380
Impregnationp. 383
Vapour-Phase Methods and Graftingp. 384
Ion-Exchangep. 386
Sol-Gel Methodp. 387
Gold Alloy Catalystsp. 387
Properties of Nanoparticulate Gold Catalystsp. 388
Activityp. 388
Selectivityp. 390
Durabilityp. 391
Poison Resistancep. 393
Reactions Catalysed by Nanocatalytic Gold and Gold Alloysp. 394
Water-Gas Shiftp. 394
Vinyl Acetate Synthesisp. 398
Hydrochlorination of Ethynep. 400
Carbon Monoxide Oxidationp. 402
Selective Oxidationp. 412
Selective Hydrogenationp. 425
Hydrogen Peroxide Formationp. 432
Reduction of NO[subscript x] with Propene, Carbon Monoxide or Hydrogenp. 434
Oxidative Decomposition of Dioxins and VOCsp. 441
Catalytic Combustion of Hydrocarbonsp. 444
Ozone Decompositionp. 446
SO[subscript 2] Removalp. 447
Heck Reactionp. 449
CO[subscript 2] Activationp. 450
Other Reactionsp. 452
Potential Commercial Applications for Gold Nanocatalystsp. 457
Vinyl Acetate Synthesisp. 457
Methyl Glycolate Synthesisp. 458
Vinyl Chloride Synthesisp. 458
Gluconic Acidp. 458
Hydrogen Peroxide Productionp. 459
Air Cleaningp. 459
Autocatalystsp. 460
Fuel Cell Technologyp. 463
Sensorsp. 464
Future Prospectsp. 467
Referencesp. 468
Indexp. 491
Table of Contents provided by Ingram. All Rights Reserved.

ISBN: 9783540745518
ISBN-10: 3540745513
Series: Nanoscience and Technology
Audience: General
Format: Paperback
Language: English
Number Of Pages: 503
Published: 27th September 2007
Publisher: Springer-Verlag Berlin and Heidelberg Gmbh & Co. Kg
Country of Publication: DE
Dimensions (cm): 22.12 x 15.16  x 1.88
Weight (kg): 0.74