Handbook of Porous Solids

Copyright © 2002 WILEY-VCH Verlag GmbH

Handbook of Porous Solids

Editor(s): Ferdi Schüth, Kenneth S. W. Sing, Jens Weitkamp

Published Online: 25 APR 2008

Print ISBN: 9783527302468

Online ISBN: 9783527618286

DOI: 10.1002/9783527618286

About this Book

Product Information

About The Product

In recent years considerable progress has been made in the development of porous materials for, among others, catalysis, environmental protection, nano-engineering, pharmaceuticals and separation technology. In addition, new procedures have been put forward for the design and characterization of model pore structures. This multi-authored reference covers in considerable detail the classification, synthesis, characterization and application of a wide range of porous materials, including carbons, oxides, polymers and zeolites. Specialists in such fields as surface and colloid science, advanced materials and membrane technology will use and appreciate this information source in their daily work. Other scientists and technologists will turn to individual chapters to find the latest, authoritative reviews. Deserves to be found in every library.

Table of contents

    1. You have free access to this content
      Frontmatter (pages I–lix)

  2. Part 1: Technological Aspects - 1 Introduction

    1. Chapter 1.1

      Historical Aspects (pages 1–23)

      Burtron H. Davis and Kenneth S. W. Sing

    2. Chapter 1.2

      Definitions, Terminology, and Classification of Pore Structures (pages 24–33)

      Kenneth S. W. Sing and Ferdi Schüth

  3. Part 2: Generic Methods for the Characterization of Porous Materials - 2 Generic Methods for the Characterization of Porous Materials

    1. Chapter 2.1

      Statistical Modeling of Pore Networks (pages 35–80)

      Pierre E. Levitz

    2. Chapter 2.2

      Fractal Analysis (pages 81–105)

      Alexander V. Neimark

    3. Chapter 2.3

      Microscopy and Stereology (pages 106–134)

      Bernd Tesche

    4. Chapter 2.4

      Scattering and Diffraction Methods (pages 135–181)

      John D. F. Ramsay

  4. Part 2: Generic Methods for the Characterization of Porous Materials - 2.5 Adsorption from the Gas Phase

    1. Chapter 2.5.1

      Molecular Modeling of Adsorption from the Gas Phase (pages 182–236)

      Jorge Pikunic, Christian M. Lastoskie and Keith E. Gubbins

    2. Chapter 2.5.2

      The Experimental Approach (pages 236–275)

      Françoise Rouquerol, Jean Rouquerol and Kenneth S. W. Sing

  5. Part 2: Generic Methods for the Characterization of Porous Materials

    1. Chapter 2.6

      Adsorption from the Liquid Phase (pages 276–308)

      Renaud Denoyel and Françoise Rouquerol

    2. Chapter 2.7

      Mercury Porosimetry (pages 309–351)

      Herbert Giesche

    3. Chapter 2.8

      Fluid Flow (pages 352–370)

      Jürgen Caro

    4. Chapter 2.9

      Thermoporometry (pages 371–394)

      Michael Stöcker

    5. Chapter 2.10

      Surface Hydrophobicity or Hydrophilicity of Porous Solids (pages 395–431)

      Roger Gläser and Jens Weitkamp

    6. Chapter 2.11

      Surface Acidity (pages 432–464)

      Raymond J. Gorte

    7. Chapter 2.12

      NMR Techniques (pages 465–505)

      Dieter Freude and Jörg Kärger

    8. Chapter 2.13

      Positron Annihilation Spectroscopy (pages 506–532)

      Wolfgang Schmidt

  6. Part 3: General Principles for Synthesis and Modification of Porous Materials

    1. Chapter 3

      General Principles for the Synthesis and Modification of Porous Materials (pages 533–666)

      Ferdi Schüth

  7. Part 4: Classes of Materials - 4 Classes of Materials

    1. Chapter 4.1

      Clathrates and Inclusion Compounds (pages 667–698)

      Hermann Gies

  8. Part 4: Classes of Materials - 4.2 Crystalline Microporous Solids

    1. Chapter 4.2.1

      Introduction and Structure (pages 699–736)

      Wulf Depmeier

    2. Chapter 4.2.2

      Synthesis of Classical Zeolites (pages 736–814)

      Koji Nishi and Robert W. Thompson

    3. Chapter 4.2.3

      Synthesis of AlPO4s and Other Crystalline Materials (pages 815–876)

      Joél Patarin, Jean-Louis Paillaud and Henri Kessler

    4. Chapter 4.2.4

      Synthesis of Titanosilicates and Related Materials (pages 876–903)

      Michael W. Anderson and João Rocha

    5. Chapter 4.2.5

      Modification of Crystalline Microporous Solids (pages 903–935)

      Takashi Tatsumi

    6. Chapter 4.2.6

      Characterization (pages 935–1015)

      Bodo Zibrowius and Elke Löffler

    7. Chapter 4.2.7

      Characterization of the Pore Width of Zeolites and Related Materials by Means of Molecular Probes (pages 1015–1057)

      Yvonne Traa and Jens Weitkamp

    8. Chapter 4.2.8

      Application of Microporous Materials as Ion-Exchangers (pages 1058–1097)

      Wolfgang Schmidt

    9. Chapter 4.2.9

      Application of Microporous Solids as Catalysts (pages 1097–1156)

      Johannes A. Lercher and Andreas Jentys

    10. Chapter 4.2.10

      Applications of Natural Zeolites (pages 1156–1189)

      Carmine Colella

  9. Part 4: Classes of Materials

    1. Chapter 4.3

      Porous Metal-Organic Frameworks (pages 1190–1249)

      Stefan Kaskel

    2. Chapter 4.4

      Layered Structures and Pillared Layered Structures (pages 1250–1310)

      Pegie Cool, Etienne F. Vansant, Georges Poncelet and Robert A. Schoonheydt

    3. Chapter 4.6

      Porous Glasses (pages 1432–1542)

      Frank Janowski and Dirk Enke

    4. Chapter 4.9

      Porous Polymers and Resins (pages 1964–2013)

      Hans-Peter Hentze and Markus Antonietti

    5. Chapter 4.11

      Miscellaneous Solids (pages 2063–2086)

      Philip Llewellyn and Stefan Kaskel

  10. Part 4: Classes of Materials - 4.5 Ordered Mesoporous Oxides

    1. Chapter 4.5.1

      Micelle-Templated Materials (pages 1311–1395)

      Francesco Di Renzo, Anne Galarneau, Philippe Trens and François Fajula

    2. Chapter 4.5.2

      Anodic Alumina (pages 1395–1431)

      Dieter Hönicke and Enrico Dietzsch

  11. Part 4: Classes of Materials - 4.7 Other Oxides

    1. Chapter 4.7.1

      Silica (pages 1543–1591)

      Constanze Setzer, Gonda van Essche and Neil Pryor

    2. Chapter 4.7.2

      Alumina (pages 1591–1677)

      Patrick Euzen, Pascal Raybaud, Xénophon Krokidis, Hervé Toulhoat, Jean-Luc Le Loarer, Jean-Pierre Jolivet and Cédric Froidefond

    3. Chapter 4.7.3

      Transition Metal Oxides (pages 1677–1765)

      Miron V. Landau

  12. Part 4: Classes of Materials - 4.8 Carbons

    1. Chapter 4.8.1

      Production and Applications of Activated Carbons (pages 1766–1827)

      Francisco Rodríguez-Reinoso

    2. Chapter 4.8.2

      Properties of Activated Carbons (pages 1828–1863)

      Brian McEnaney

    3. Chapter 4.8.3

      Surface Composition and Structure of Active Carbons (pages 1863–1900)

      Robert Schlögl

    4. Chapter 4.8.4

      Pore Structure of Graphite, Coke and Composites (pages 1900–1922)

      John W. Patrick and Svenja Hanson

    5. Chapter 4.8.5

      Carbon Nanotubes (pages 1923–1963)

      Andrew Minett, Kaylene Atkinson and Siegmar Roth

  13. Part 4: Classes of Materials - 4.10 Aerogels

    1. Chapter 4.10.1

      Oxidic Aerogels (pages 2014–2037)

      Theodore F. Baumann, Alexander E. Gash, Glenn A. Fox, Joe H. Satcher and Lawrence W. Hrubesh

    2. Chapter 4.10.2

      Carbon Aerogels (pages 2037–2062)

      Jochen Fricke and Raino Petricevic

  14. Part 5: Mass Transfer in Porous Media - 5 Mass Transfer in Porous Solids

    1. Chapter 5.1

      Diffusion and Adsorption in Porous Solids (pages 2087–2173)

      Jörg Kärger and Douglas M. Ruthven

    2. Chapter 5.2

      Transport Phenomena and Reaction in Porous Media (pages 2174–2219)

      Elias Klemm, Martin Köstner and Gerhard Emig

  15. Part 6: Technological Aspects - 6 Technological Aspects

    1. Chapter 6.1

      Technical Adsorption of Gases (pages 2223–2280)

      Axel Salden and Gerhart Eigenberger

  16. Part 6: Technological Aspects - 6.2 Membrane Technology

    1. Chapter 6.2.1

      Membrane Science and Applications (pages 2281–2433)

      Konstantinos G. Beltsios, Theodore A. Steriotis, Konstantinos L. Stefanopoulos and Nick K. Kanellopoulos

    2. Chapter 6.2.2

      Zeolite Membranes (pages 2433–2507)

      Manfred Noack and Jürgen Caro

    3. Chapter 6.2.3

      Membrane Application (pages 2507–2532)

      Klaus-Viktor Peinemann and Suzana P. Nunes

  17. Part 6: Technological Aspects

    1. Chapter 6.3

      Drying Processes (pages 2533–2567)

      Shivaji Sircar

    2. Chapter 6.4

      Liquid Separations (pages 2568–2622)

      Santi Kulprathipanja and James A. Johnson

    3. Chapter 6.5

      Gas and Liquid Chromatography (pages 2623–2699)

      Klaus K. Unger, Cedric Du Fresne von Hohenesche and Reinhard Ditz

    4. Chapter 6.7

      Adsorption in Water and Wastewater Treatments (pages 2746–2803)

      Pierre Le Cloirec

    5. Chapter 6.8

      Practical Aspects of Vapor Filtration for Respiratory Protection (pages 2804–2824)

      Matt J. Chinn and Paul R. Norman

    6. Chapter 6.9

      Catalysis on Porous Solids (pages 2825–2922)

      A. Corma and A. Martinez

    7. Chapter 6.10

      Biomedical Applications (pages 2923–2970)

      Wolfgang Frieß and Jan Warner

    8. Chapter 6.11

      Cements as Porous Materials (pages 2971–3028)

      Hamlin M. Jennings, J. J. Thomas, D. Rothstein and J. J. Chen

    9. Chapter 6.12

      Optically and Electronically Functional Materials (pages 3029–3063)

      Frank Marlow, Wanting T. Dong, Katrin Hoffmann and Justus Loerke

  18. Part 6: Technological Aspects - 6.6 Environmental Protection

    1. Chapter 6.6.1

      Atmospheric Pollution Control (pages 2700–2718)

      Axel Salden and Gerhart Eigenberger

    2. Chapter 6.6.2

      Groundwater Remediation (pages 2719–2745)

      Christoph Schüth

    1. You have free access to this content
      Index (pages 3065–3141)

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