Volume 1 Issue 4-5 | Geochemical Perspectives

In this Issue

Sections
List of Acronyms
Index
Preface

Mineral-Aqueous Solution Interfaces and Their Impact on the Environment

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 483-484. doi:

Sections

Section 1. Introduction

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 485-489. doi:

Section 2. Our Personal and Scientific Histories

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 490-508. doi:

Section 3. Historical Perspectives on Crystal Chemistry and Mineral-Surface Chemistry – The Contributions of Goldschmidt, Pauling, And Gibbs

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 509-519. doi:

Section 4. Historical Perspectives on Surface Chemistry and Environmental Interface Chemistry – The Contributions of Langmuir, Krauskopf, and Stumm

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 520-525. doi:

Section 5. The Revolution/Evolution in Molecular-Scale Geochemistry

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 526-539. doi:

Section 6. From Heisenberg’s Quantum Theory to Density Functional Theory and Beyond: Applications to Mineral-Water Interface Geochemistry

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 540-544. doi:

Section 7. The Nature of Solid-Water Interfaces

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 545-560. doi:

Section 8. That Strange Solvent Known As Water

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 561-565. doi:

Section 9. The Initial Interaction of Water with Minerals – Lessons Learned from Metal-Oxide Surfaces

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 566-574. doi:

Section 10. The Structure of Hydrated Mineral Surfaces and their Interactions with Cations and Anions

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 575-584. doi:

Section 11. XAFS Results for Metal Ion Sorption Products on Mineral Surfaces in Simple Model Systems

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 585-595. doi:

Section 12. Adsorption of Organic Molecules at Mineral-Water Interfaces – In Situ Attenuated Total Reflectance IR (ATR-FTIR) Spectroscopic Studies

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 596-602. doi:

Section 13. Sorption Reactions in More Complex Model Systems: Containing Nom and Microbial Biofilm Coatings

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 603-610. doi:

Section 14. Does Size Matter? The Effect of Size on Nanoparticle Structure and Properties

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 611-627. doi:

Section 15. Sorption Processes at Mineral-Water Interfaces in Complex Natural Environmental Systems

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 628-649. doi:

Section 16. Mineral Weathering as a Molecular-Level Mineral-Surface Process

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 650-662. doi:

Section 17. Aluminum Sorption and Trapping in Biogenic Silica: A Major Contribution to the Global Al and Si Cycles

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 663-666. doi:

Section 18. Mineral-Water Interfaces as Driving Forces For Metal Concentration: The Example of Cobalt Trapping by Mn-Oxides

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 667-669. doi:

Section 19. The Role of Mineral-Surface Reactions in Isotope Fractionation

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 670-672. doi:

Section 20. Sequestration of CO₂ Via Mineral Carbonation on Mg-Silicate Mineral Surfaces

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 673-674. doi:

Section 21. The Alteration of Nuclear Glasses: When Surface Chemistry Counts

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 675-682. doi:

Section 22. Conclusions and Future Perspectives

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 683-693. doi:

List of Acronyms

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 733-736. doi:

Index

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, 737-742. doi:

Preface

Gordon E. Brown, Jr.; Georges Calas

Geochemical Perspectives October 01, 2012, Vol.1, VII-IX. doi:

All Issues

Mineral-Aqueous Solution Interfaces and Their Impact on the Environment

Mineral-Aqueous Solution Interfaces and Their Impact on the Environment

Sections

Section 1. Introduction

Section 2. Our Personal and Scientific Histories

Section 3. Historical Perspectives on Crystal Chemistry and Mineral-Surface Chemistry – The Contributions of Goldschmidt, Pauling, And Gibbs

Section 4. Historical Perspectives on Surface Chemistry and Environmental Interface Chemistry – The Contributions of Langmuir, Krauskopf, and Stumm

Section 5. The Revolution/Evolution in Molecular-Scale Geochemistry

Section 6. From Heisenberg’s Quantum Theory to Density Functional Theory and Beyond: Applications to Mineral-Water Interface Geochemistry

Section 7. The Nature of Solid-Water Interfaces

Section 8. That Strange Solvent Known As Water

Section 9. The Initial Interaction of Water with Minerals – Lessons Learned from Metal-Oxide Surfaces

Section 10. The Structure of Hydrated Mineral Surfaces and their Interactions with Cations and Anions

Section 11. XAFS Results for Metal Ion Sorption Products on Mineral Surfaces in Simple Model Systems

Section 12. Adsorption of Organic Molecules at Mineral-Water Interfaces – In Situ Attenuated Total Reflectance IR (ATR-FTIR) Spectroscopic Studies

Section 13. Sorption Reactions in More Complex Model Systems: Containing Nom and Microbial Biofilm Coatings

Section 14. Does Size Matter? The Effect of Size on Nanoparticle Structure and Properties

Section 15. Sorption Processes at Mineral-Water Interfaces in Complex Natural Environmental Systems

Section 16. Mineral Weathering as a Molecular-Level Mineral-Surface Process

Section 17. Aluminum Sorption and Trapping in Biogenic Silica: A Major Contribution to the Global Al and Si Cycles

Section 18. Mineral-Water Interfaces as Driving Forces For Metal Concentration: The Example of Cobalt Trapping by Mn-Oxides

Section 19. The Role of Mineral-Surface Reactions in Isotope Fractionation

Section 20. Sequestration of CO₂ Via Mineral Carbonation on Mg-Silicate Mineral Surfaces

Section 21. The Alteration of Nuclear Glasses: When Surface Chemistry Counts

Section 22. Conclusions and Future Perspectives

List of Acronyms

List of Acronyms

Index

Index

Preface

Preface

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Mineral-Aqueous Solution Interfaces and Their Impact on the Environment

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