Magma Redox Geochemistry

14 Chapter 14Figure 14.1 Generic example of the temperature dependence of the β ‐fact...Figure 14.2 Relative departure (numbers on the curves) from Equation 14.8 in...Figure 14.3 Iron β ‐factors ( 56/54Fe) at 298 K as a function of the iron...Figure 14.4 Temperature dependence of iron β ‐factors ( 56/54Fe) for mine...Figure 14.5 Iron β ‐factors ( 56/54Fe) at 298 K as a function of the aver...Figure 14.6 XANES centroid energy (left) and mean force constant of iron mea...

15 Chapter 15Figure 15.1 After Sossi and O’Neill (2017). Dependence of the calculated for...Figure 15.2 Iron‐oxygen force constants in spinel group minerals (after Rosk...Figure 15.3 After Dauphas et al. (2014). Mean force constants of Fe‐O bonds ...Figure 15.4 After Liu et al. (2017). Force constants (N/m) of iron bonds in ...Figure 15.5 After Fujii et al. 2014. Temperature dependence of the 10 3lnβ 56/...Figure 15.6 Melting models from Sossi & O’Neill (2017) (see Equations 15.21–...Figure 15.7 After Sossi and O’Neill (2017). Iron isotope composition of mafi...Figure 15.8 After Foden et al. (2018). δ 57Fe (IRMM‐14) vs . Slab Thermal...Figure 15.9 After Heimann et al. 2008. An early compilation of iron isotope ...Figure 15.10 δ 57Fe of whole rocks against their Mg#, characterizing the chan...Figure 15.11 After Du et al. 2017. Compilation of Fe isotope mineral composi...Figure 15.12 After Debret et al. (2016). Increase in δ 56Fe and decrease of F...

16 Chapter 16Figure 16.1 A periodic stable showing traditional and selected non‐tradition...Figure 16.2 The temperature dependent of ln β or isotopic enrichment factor,...Figure 16.3 A Rayleigh fractionation model summarizing the key experimental ...Figure 16.4 Temperature dependence of ln β between different Zn‐S and Zn‐C s...Figure 16.5 The effect of and temperature log f O 2on the speciation of Cu wi...

17 Chapter 17Figure 17.1 (a)Schematic illustration of lattice strain parameters D 0, r 0,...Figure 17.2 Relative oxygen fugacity conditions (in log units relative to FM...Figure 17.3 Mineral/melt partitioning of transition metals as a function of ...Figure 17.4 Comparison of Cr olivine(Fo 100)/melt partitioning coefficients o...Figure 17.5 Zircon/melt partition coefficients for REE elements determined e...Figure 17.6 Mineral/melt partitioning of redox‐sensitive rare earth elements...Figure 17.7 Mineral/melt partitioning of U as a function of oxygen fugacity ...Figure 17.8 Mineral/melt partitioning of siderophile elements (Mo, W, and Re...

18 Chapter 18Fig. S1 Summary of commonly applied oxygen fugacity buffers and their positi...Fig. 18.1 Graphical representation of the magnetite–ilmenite oxybarometer/th...Fig. 18.2 Estimated proportions of V 3+, V 4+, and V 5+in a ferrobasaltic melt...Fig. 18.3 Results of titanomagnetite‐melt vanadium partitioning experiments ...Fig. 18.4 (a) Iron solubility in rhyolite melts as a function of alumina sat...Fig. 18.5 Performance of FeTiMM on experimental samples. Oxygen fugacities (...Fig. 18.6 (a) Comparison of f O 2values (reported in log units relative to th...Fig. 18.7 The principle of the equilibrium test between magnetite and melt p...

19 Chapter 19Figure 19.1 (a) Plot of ionic radius (data from Shannon, 1976) vs. ionic cha...Figure 19.2 Ionic radii for six‐fold coordinated REE 3+. (Radius values from ...Figure 19.3 (a) Mineral/melt REE partition coefficients for plagioclase (Plg...Figure 19.4 Experimental data from Drake (1975) show that the partitioning o...Figure 19.5 Eu 2+/(Eu 2++ Eu 3+) redox fraction as determined by XANES vs. oxy...Figure 19.6 Dependence of the Ce 4+/Ce totredox ratio on alkali content, and ...Figure 19.7 Parallel (VV) and cross‐polarized (VH) Raman spectra (normalized...Figure 19.8 X‐Ray Absorption Spectroscopy data at the Eu L III‐edge (left) an...Figure 19.9 (a) XAS spectra, normalized at the Fe K‐edge, collected for the ...

1 Cover Page

2 Series Page

3 Title Page

4 Copyright Page

5 List of Contributors

6 Preface

7 Table of Contents

8 Begin Reading

9 Index

10 Wiley End User License Agreement

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