Iron Oxides From Nature to Applications 1st Edition by Damien Faivre, Richard B Frankel ISBN 3527338829 9783527338825

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ISBN 10: 3527338829 
ISBN 13: 9783527338825
Author: Damien Faivre, Richard B Frankel

Iron Oxides From Nature to Applications 1st Table of contents:

Part I Formation, Transformation

2 Geological Occurrences and Relevance of Iron Oxides
France Lagroix, Subir K. Banerjee, and Mike J. Jackson

• 2.1 Introduction

• 2.2 Elemental Iron: From the Universe to the Earth

• 2.3 Residency of Elemental Iron on Earth

• 2.4 Mineral Forms of Iron Oxides

• 2.5 Occurrence and Geological Relevance of Iron Oxides

• 2.6 Iron Oxides in Continental Dust Deposits

• 2.7 Concluding Remarks

• Acknowledgments

• References

3 Reductive Dissolution and Reactivity of Ferric (Hydr)oxides: New Insights and Implications for Environmental Redox Processes
Stefan Peiffer and Moli Wan

• 3.1 Introduction

• 3.2 The Classical Perspective on Reductive Dissolution

• 3.3 Electron Transfer at Ferric (Hydr)oxides Surfaces: The Role of Fe(II)

• 3.4 Energetics at the Ferric (Hydr)oxide Interface

• 3.5 Rate Control: Surface versus Structural Properties

• 3.6 Interaction between Dissolved Sulfide and Ferric Hydroxides

• 3.7 Implications

• References

4 Formation and Transformation of Iron-Bearing Minerals by Iron(II)-Oxidizing and Iron(III)-Reducing Bacteria
Jennyfer Miot and Marjorie Etique

• 4.1 Introduction

• 4.2 Biomineralization of Iron through Microbial Fe(II) Oxidation

• 4.3 Iron(III) Minerals: Electron Acceptors for Iron-Reducing Bacteria

• 4.4 Specific Properties of Iron Biominerals

• 4.5 Microbial Fe Redox Cycling: Past, Present, and Future

• 4.6 Conclusion

• References

5 Controlled Biomineralization of Magnetite in Bacteria
Elodie C.T. Descamps, Jean-Baptiste Abbé, David Pignol, and Christopher T. Lefèvre

• 5.1 Introduction

• 5.2 Magnetotactic Bacteria

• 5.3 Organization and Role of Magnetosomes

• 5.4 Biomineralization of Magnetosomes

• 5.5 Mineral Phase of Magnetosomes

• Acknowledgments

• References

6 Ferritin Iron Mineralization and Storage: From Structure to Function
Noam Aronovitz, Michal Neeman, and Raz Zarivach

• 6.1 Introduction

• 6.2 Basic Structure of Ferritins

• 6.3 Iron Storage and Mineralization

• 6.4 NMR and MRI Studies of the Ferritin Iron Core

• 6.5 Magnetoferritin

• 6.6 Ferritin as a Biotechnological Tool

• 6.7 Protocol Annexes

• References

7 Iron Oxides in the Human Brain
Joanna F. Collingwood and Neil D. Telling

• 7.1 Introduction

• 7.2 Iron Oxides Observed in the Human Brain

• 7.3 Properties of Iron Oxides in the Brain

• 7.4 Stored and Sequestered Iron Oxide in the Human Brain

• 7.5 Methods to Detect Iron Oxides in the Brain

• 7.6 Tools and Treatments: Manipulating Iron Oxides in the Brain

• 7.7 Concluding Remarks

• Acknowledgments

• References

8 The Chiton Radula: A Model System for Versatile Use of Iron Oxides
Derk Joester and Lesley R. Brooker

• 8.1 Functional Anatomy of the Mollusk Radula

• 8.2 Development of the Radula: Organic Matrix

• 8.3 The Discovery of Biominerals in the Radula

• 8.4 The Microarchitecture of Chiton Radula Teeth

• 8.5 Development of the Chiton Radula: Stages of Biomineralization

• 8.6 Development of the Radula: Biological Control

• 8.7 Role of Acidic Macromolecules in the Insoluble Organic Matrix

• 8.8 Soluble Organic Matrix Composition

• 8.9 Selective Deposition of Ferrihydrite in Stage II

• 8.10 Conversion of Ferrihydrite to Magnetite in Stage III

• 8.11 Phase Transformations in Stage IV

• 8.12 Final Functional Architecture

• 8.13 Concluding Remarks

• References

9 Mineralization of Goethite in Limpet Radular Teeth
Tina Ukmar-Godec

• 9.1 Introduction

• 9.2 Structure, Properties, and Function of the Limpet Radula

• 9.3 Goethite Produced in the Laboratory

• 9.4 Goethite Produced in Limpets

• 9.5 Conclusion

• References

10 Synthetic Formation of Iron Oxides
Corinne Chaneac, Anne Duchateau, and Ali Abou-Hassan

• 10.1 Introduction

• 10.2 Iron Oxide and Oxyhydroxide from Aqueous Ferric Solution

• 10.3 Iron Oxide and Oxyhydroxide from Aqueous Ferrous Solution

• 10.4 Iron Oxide Synthesis Using Microfluidic Process

• References

11 Oriented Attachment and Nonclassical Formation in Iron Oxides
Jennifer A. Soltis and R. Lee Penn

• 11.1 Introduction

• 11.2 OA in Iron Oxides in the Literature

• 11.3 OA and Phase Transformation

• 11.4 Detection and Characterization of Growth by OA

• 11.5 Kinetics of Growth by OA

• 11.6 Thermodynamics

• 11.7 Morphology and Surface Chemistry

• 11.8 Forces Governing Assembly

• 11.9 Future Work

• References

12 Thermodynamics of Iron Oxides and Oxyhydroxides in Different Environments
Haibo Guo and Amanda S. Barnard

• 12.1 Introduction

• 12.2 Magnetic Transformations

• 12.3 Polymorphic Transformations

• 12.4 Summary

• References

Part II Characterization Techniques

13 Introduction to Standard Spectroscopic Methods: XRD, IR/Raman, and Mössbauer
Fernando Vereda

• 13.1 Introduction

• 13.2 X-Ray Diffraction (XRD)

• 13.3 Vibrational Spectroscopy

• 13.4 Mössbauer Spectroscopy

• Acknowledgments

• References

14 TEM and Associated Techniques
Tanya Prozorov

• Common Abbreviations

• 14.1 Introduction

• 14.2 Nanoscale Analysis of Iron Oxides

• 14.3 Electron Holography

• 14.4 The Near In Situ Approach

• 14.5 In Situ Analysis with a Liquid Cell

• Acknowledgment

• References

15 Magnetic Measurements and Characterization
Ann M. Hirt

• 15.1 Introduction

• 15.2 Summary of Magnetic Properties of Iron Oxides and Iron Hydroxides

• 15.3 Induced Magnetization

• 15.4 Remanent Magnetization

• 15.5 Usage of Magnetic Properties

• 15.6 Summary

• References

16 Total X-Ray Scattering and Small-Angle X-ray Scattering for Determining the Structures, Sizes, Shapes, and Aggregation Extents of Iron (Hydr)oxide Nanoparticles
Young-Shin Jun and Byeongdu Lee

• 16.1 Introduction

• 16.2 Determination of Particle Structures: Total X-Ray Scattering with PDF Analysis

• 16.3 Determination of Particle Sizes, Shapes, and Aggregation Extents: SAXS and GISAXS

• 16.4 Outlook

• Acknowledgments

• References

17 X-Ray Absorption Fine Structure Spectroscopy in Fe Oxides and Oxyhydroxides
M. Luisa Fdez-Gubieda, Ana García-Prieto, Javier Alonso, and Carlo Meneghini

• 17.1 Brief Introduction to XAFS

• 17.2 XANES spectroscopy

• 17.3 EXAFS Spectroscopy

• 17.4 Conclusion and Perspectives

• References

Part III Applications

18 Medical Applications of Iron Oxide Nanoparticles
Amanda K. Andriola Silva, Ana Espinosa, Jelena Kolosnjaj-Tabi, Claire Wilhelm, and Florence Gazeau

• 18.1 Introduction

• 18.2 IONPs for Imaging

• 18.3 Magnetic Drug Targeting

• 18.4 IONPs and Tissue Engineering

• 18.5 Activation of IONPs with Time-Dependent Magnetic Fields

• 18.6 Life Cycle of IONPs

• 18.7 Conclusion

• References

19 Iron Nanoparticles for Water Treatment: Is the Future Free or Fixed?
Sarah J. Tesh and Thomas B. Scott

• 19.1 Introduction

• 19.2 Why Iron?

• 19.3 INPs: A Versatile Material for Water Treatment

• 19.4 Operational Drivers for Water Treatment

• 19.5 Static Nanocomposites

• 19.6 What Is Holding Back Static Nanocomposites?

• 19.7 Conclusion

• References

20 Actuation of Iron Oxide-Based Nanostructures by External Magnetic Fields
Peter Vach

• 20.1 Introduction

• 20.2 Nanomachines

• 20.3 Guided Self-Assembly

• 20.4 Conclusion

• References

21 Iron Oxide-Based Pigments and Their Use in History
Marco Nicola, Chiara Mastrippolito, and Admir Masic

• 21.1 Introduction

• 21.2 Chemical Composition and Properties of Iron Oxide-Based Pigments

• 21.3 Use of Iron Oxide-Based Pigments in History

• 21.4 Case Studies

• References

22 Magnetoreception and Magnetotaxis
Mathieu A. Bennet and Stephan H. K. Eder

• 22.1 Magnetoreception

• 22.2 Magnetotaxis

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Tags: Damien Faivre, Richard B Frankel, Nature