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, Mantle Xenoliths in Paleozoic Kimberlites and Mesozoic Basalts, Contributions to Mineralogy and Petrology, vol.155, pp.271-293

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, Processes of Scandium Enrichment, 2017.

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D. Zou, Y. Liu, Z. Hu, S. Gao, K. Zong et al., List of Minerals The chemical formula of the minerals appearing in the thesis are summarized below. In addition, general formula and/or general description is given for groups or subgroups of minerals, Geochimica et Cosmochimica Acta, vol.140, pp.435-454, 2014.

. ?-albite,

;. ?-amphibole, F. Oh, . Cl, K. Na, C. Or-pb et al., group of inosilicate minerals with the general formula AX 2 Z 5

?. Anatase,

?. Andradite, Ca 3 Fe

?. Apatite, Ca 5

?. Asbolane, Ni,Co) Mn 4+

?. Augite,

?. Barite, BaSO 4

?. Bastnäsite, family of three carbonate-fluoride minerals, bastnäsite-(Ce)

?. Bazzite, Be 3 Sc 2 (Si 6 O 18 )

, AlSi 3 O 10 (OH,F) 2

?. Boehmite,

?. Calcite, CaCO 3

?. Cascandite,

?. Cassiterite, SnO 2

?. Chalcedony, cryptocrystalline form of quartz

;. ?-chlorite, F. 2. Al, F. 3. Li, M. Mg, T. Or-ni et al., group of micaceous phyllosilicate minerals with the general formula A 5?6 T 4 Z 18

?. Columbite, FeNb 2 O 6 and columbite-(Mn), MnNb 2 O 6, solid solution series between columbite-(Fe)

?. Corundum,

?. Cristobalite,

?. Davisite, CaScAlSiO 6

?. Diaspore,

?. Dickite,

?. Diopside, CaMgSi 2 O 6

?. Dolomite, CaMg(CO 3 ) 2

?. Eringaite, Ca 3 Sc

-. ?-euxenite,

?. Fayalite, Fe 2 SiO 4

?. Gadolinite,

?. Garnet, supergroup of minerals including all isostructural minerals with the general formula X 3 Y 2 (Z 4 ) 3 where X, Y and Z refer to dodecahedral, octahedral and tetrahedral sites respectively and is O, OH or F

?. Gibbsite, , p.3

?. Goethite,

?. Grossular, Ca 3 Al

?. Halloysite,

?. Heftetjernite, ScTaO 4

?. Hematite,

?. Hornblende, solid solution series between magnesio-hornblende and ferro-hornblende with the formula Ca 2, p.4

A. , , vol.22

?. Ilmenite, FeTiO 3

, Processes of Scandium Enrichment, 2017.

?. Ixiolite,

?. Jervisite,

, ? Kenomagnetite: solid solution series between magnetite and maghemite

?. Kolbeckite,

?. Kristiansenite, Ca 2 ScSn(Si 2 O 7 )(Si 2 O 6 OH)

?. Labradorite,

?. Lithiophorite,

?. Maghemite,

?. Magnetite, Fe 2+ Fe 3+

?. Mica, ;. Na, Y. Al, F. 2. Mg, Z. Li et al., group of phyllosilicote minerals with the general formula XY 2?3 Z 4 O 10 (OH,F) 2 , with

?. Molybdenite,

, Th)PO 4 , monazite-(La), monazite-(Nd) and monazite-(Sm) also exists, ? Monazite: the most common member, monazite-(Ce) has the following formula: (Ce

?. Montmorillonite and ;. Na, Ca) 0.3 (Al,Mg) 2 Si 4 O 10 (OH) 2 · nH 2 O

?. Muscovite,

?. Nacrite,

?. Oftedalite,

?. Olivine, Mg,Fe 2+ ) 2 SiO 4

, ? Opal: amorphous mineral with the general formula SiO 2 · nH 2 O

-. Opal, CT: opal made of clusters of stacking cristobalite and tridymite

?. Orthoclase,

?. Orthopyroxene, subgroup of orthorhombic pyroxene minerals

?. Perrierite, solid solutions series between perrierite-(Ce) and perrierite-(La) with the formula, ) 4 (Fe 2+ ,Mg)

?. Perthite, intergrowth of two feldspar, potassium-rich feldspar (KAlSi 3 O 8 ) and sodium-rich feldspar (NaAlSi 3 O 8 )

. List-of-minerals-?-plagioclase,

?. Pretulite, ScPO 4

?. Pyrochlore, Ca,Na) 2 Nb 2 O 6 (OH,F)

?. Pyrope, Mg 3 Al

?. Pyroxenes, group of inosilicate minerals with the general formula XY(Si,Al) 2 O 6 with X = Mg, Fe 2+

?. Quartz,

?. Rhabdophane, group of REE-bearing phosphates, rhabdophane-(Ce): (Ce,La)PO 4 · (H 2 O)

?. Rutile,

?. Saponite, Ca 0.26 (Mg,Fe), p.4

, ? Scandia: Sc, vol.2, issue.3

?. Scandiobabingtonite, Ca 2 (Fe 2+ ,Mn)ScSi 5 O 14 (OH)

?. Scapolite, solid solutions series between marialite (3NaAlSi 3 O 8 ·NaCl), meionite (3CaAl 2 Si 2 O 8 ·CaCO 3 ) and silvialite (3CaAl 2 Si 2 O 8 ·CaSO 4 ) with the general formula

?. Serpentine, group of phyllosilicate minerals with the general formula D 2?3 Si 2 O 5 (OH) 4 ± H 2 O, with D = Mg, Fe 2+, Fe 3+

?. Smectite, ;. Ca, N. Li, D. Al, F. 2. Mg et al., group of phyllosilicate minerals with the general formula A 0.3 D 2?3

?. Spinel, MgAl 2 O 4

?. Talc, Mg 3 Si, vol.4, p.4

?. Thortveitite,

?. Titanomagnetite, solid solution between magnetite and ulvospinel

, TiO 4 )

2. ?-todorokite-;-mn and N. Ca,

, Processes of Scandium Enrichment, 2017.

?. Variscite, AlPO 4 · 2(H 2 O)

?. Vermiculite, ;. Mg, and F. 2. , Al) 3 (Al,Si) 4 O 10 (OH) 2 · 4H 2 O

?. Wolframite, Fe 2+ ,Mn 2+ )WO 4

?. Zircon, ZrSiO 4 . List of Abbreviations ? AMG: Australian Map Grid

?. Anova, Analysis of Variance

?. Arc,

?. Bc:-before and . Christ,

?. Bif, Banded Iron Formation

?. Bp, Before Present

?. Brics:-brazil,

. Calif,

?. Camparis, Centre d'analyse des minéraux de Paris

?. Ccfs, ARC Centre of Excellence for Core to Crust Fluid Systems

. Colo,

?. Cpx,

?. Crt, Cathode Ray Tube

?. Dcb:-dithionite-citrate-bicarbonate,

?. Ec,

?. Em, Expectation-Maximization

?. Emp, Electron Microprobe

?. Eu,

?. Exafs, Extended X-ray Absorption Fine Structure

?. Fmq, Fayalite-Magnetite-Quartz buffer

, ? f O 2 : oxygen fugacity

?. Frte, First-Row Transition Elements. List of Abbreviations ? GAU: Geochemical Analysis Unit

?. Gemoc, ARC National Key Centre for Geochemical Evolution and Metallogeny of Continents

?. Georoc, Geochemistry of Rocks of the Oceans and Continents

?. Gmm,

?. Grt,

?. Hpal, High-Pressure Acid Leaching

?. Hree, Heavy Rare Earth Elements

?. Icp-ms, Inductively Coupled Plasma Mass Spectrometry

, ? ICT: Information and Communications Technology

?. Igcp, International Geoscience Program, formerly International Geological Cooperation Program

?. Iqr:-interquartile-range,

?. Ima, International Mineralogical Association

?. Impmc, Institut de minéralogie, de physique des matériaux et de cosmochimie

?. Iugs, International Union of Geological Sciences

?. Iupac,

?. Jsd,

?. La-icpms, Laser-Ablation Inductively Coupled Plasma Mass Spectrometry

?. Lif, lithium fluoride

?. Lree,

?. Mc:-medcouple,

. Mont,

?. Morb,

?. Mree, Medium (or Mid) Rare Earth Elements

?. Nasa, National Aeronautics and Space Administration

?. Ngo,

?. Nt,

?. Oib,

, Processes of Scandium Enrichment, 2017.

?. Ol,

?. Opx,

?. Brey and &. Köhler, , 1990.

?. Pc,

?. Pca,

?. Pet:-pentaerythritol,

?. Pge,

. Okla,

?. Qld and :. Queensland,

?. Ree, Rare earth elements

, ? Res: residue of melting

?. Ros, Regression on Order Statistics

?. Scsz, scandium-stabilized zirconia

?. Sem, Scanning Electron Microscopy

?. Sln,

?. Sofc, Solid Oxide Fuel Cell. ? T : Brey & Köhler, 1990.

. Ryan, ? T : nickel thermometer, 1996.

?. Tap,

?. Tem, Transmission Electron Microscopy

?. Unesco, United Nation Educational, Scientific and Cultural Organization

?. Usd, United States dollar

?. Ussr,

?. Us, United States of America

?. Usd,

. Vic,

?. Wa:-western and . Australia,

?. Wds, Wavelength Dispersive Spectrometer. List of Abbreviations ? WR: Whole Rock

?. Wto, World Trade Organization

?. Xanes, X-ray Absorption Near-Edge Structure

?. Xas, X-ray Absorption Spectroscopy

?. Xrd,

?. Fluorescence,

?. Ysz, yttrium-stabilized zirconia

. .. , Introduction I.1 A great variety of uses for mineral resources in early human history

. .. , Evolution in the range of elements used since the eighteenth century

, Criticality matrix of the European Commission

, Prices of selected REE between, 2006.

, Diversity of REE deposits in their geological context

. .. , 27 2 Conditions and Processes of Formation of Lateritic Profiles 2.1.1 Facade of the Ta Keo temple in Angkor (Cambodia), An Overview of Scandium Characteristics, Market and Deposits 1.1.1 Lanthanides contraction

, Box-and-whisker plot of Sc concentration in some common lithologies, p.65

, 66 3.2.1 Proportion of Sc incorporated by each mineral of garnet-bearing mantle rocks, p.71

, Scatter plot of Sc concentration in the host-rock versus the proportion attributable to garnets

. .. Garnet, 72 3.2.4 Scatter plot of Sc concentration in garnet versus the modal garnet content of the host-rock, Histogram and density plots of Sc concentration in

. .. Garnet, 76 3.2.8 Correlation matrix and scatter plots of Sc concentration versus major and minor elements in mantle-derived garnets

.. .. , 79 3.2.11Correlation matrix and scatter plots of Sc concentration versus trace elements in mantle-derived garnets

. .. , 3.7 Scatter plot of Sc relationships to major and trace elements in clinopyroxene indicating fluid-related processes, 15Onuma diagrams for the

, Outputs of the models of partial melting

. .. , 114 4.1.3 Paleographic reconstructions and model for the evolution of Eastern Australia from the Ordovician to the Silurian, The Syerston-Flemington Scandium-Enriched Lateritic Deposit 4.1.1 Location of the Syerston-Flemington deposit

. .. , 122 4.2.2 Diagram representing the horizons of the JSD-001 and JSD-002 cores, p.131

, Example of XAS spectrum at the Sc K -edge

, Processes Forming High-Grade Lateritic Scandium Deposits 5.1.1 Evolution of the XRD patterns from the lateritic profiles

. .. Clay-aggregate, 155 5.2.1 Evolution of the concentrations of Si, Ti, Al, Fe, Mg, Ca and Sc and loss on ignition along the JSD-001 lateritic profile, and Sc and loss on ignition along the JSD-002

, Isocon diagrams for selected horizons of the JSD-001 lateritic profile, p.170

. .. Lateritic-profile, 171 5.2.7 Variation of selected major-and trace-element concentrations relative to parent rock concentrations along the JSD-001 lateritic profile, Isocon diagrams for selected horizons of the JSD-002

, Variation of selected major-and trace-element concentrations relative to parent rock concentrations along the JSD-002 lateritic profile

V. Ga and L. , Yb and Sc along the JSD-001 lateritic profile, .10Evolution of the concentrations in Ni

. .. , 187 5.3.4 AsB images and EDXS mapping of a thin section from the saprolite, p.188

. .. , 191 List of Figures 5.3.6 AsB images and EDXS mapping of thin sections from the lateritic duricrust, p.193

M. Sr, L. Ni, and Y. , 5.3.8 Evolution of whole-rock XANES spectra at the Sc K -edge along the lateritic profiles200 5.3.9 Scandium K -edge XANES spectra from smectite-rich horizons with or without dissolution of Fe oxides, p.202

. .. Sc-k--edges, 204 5.4.1 Correlation between Sc and Fe for lateritic profiles from Australia, New Caledonia and the Caribbean, 11Spatially-resolved XANES spectra at the Fe and

P. Perspectives, 1 Box-and-whisker plot of Sc concentration in lithologies resulting from the eruption of mantle-derived melts

, Scanning electron microscope image of the micromorphology of goethite crystals from the lateritic profile

P. , Comparison between experimental XANES spectra and DFT calculations for scandia

, D Photographs of the Drill Cores and Samples D.1 Photographs of the JSD-001 and JSD-002 cores

, Photographs of each collected sample (JSD-001 core)

, Photographs of each collected sample (JSD-002 core)

, F Identification of the Scandium-Bearing Reference Materials F.1 X-ray diffraction patterns of the Sc-bearing references under study, p.290

, H Supplementary Results from Thin-Sections: Petrography and Chemistry H.1 AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD1-278

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD2-320

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD2-230

, AsB image indicating the position of EMP and ICP-MS analyses on a thin section from the

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD2-150

, Processes of Scandium Enrichment, 2017.

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD2-125

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD1-065

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD2-040

, AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD1-006

H. , AsB images indicating the position of EMP and ICP-MS analyses on a thin section from the sample JSD2-000

, Processes of Scandium Enrichment, 2017.

, Average EMP and LA-ICPMS analyses of typical grains from the saprolite, p.190

, Average EMP and LA-ICPMS analyses of typical grains from the lateritic duricrust195

A. Emp and L. , analyses of typical grains from the transportedresidual lateritic duricrust

, A Constitution of the Database of Scandium Analyses in Mantle Materials A.1 Origin of the data on individual garnet grains

, Origin of the data on individual olivine grains

, Origin of the data on individual orthopyroxene grains

, Origin of the data on individual clinopyroxene grains

, Origin of the data on mantle-related rocks

, B Summary Statistics of the Meta-Analyses on the Geochemistry of Scandium B.1 Summary statistics of Sc distribution in selected lithotypes rock-forming minerals 250

. .. , Results of the Dunnett's modified Tukey-Kramer test on the distribution of Sc concentration in selected rock-forming minerals and lithotypes, p.251

, Statistical properties of the Gaussian functions fitting the probability density function of Sc concentration in garnet, p.251

, Summary statistics of Sc distribution in garnets from the database, p.252

, Results of the Dunnett's modified Tukey-Kramer test for each pair of host-rock lithotype of the garnets given in the database

B. , Correlation matrix of major elements and Sc content of the garnets from the database

, Summary of the principal component analysis on major-element and Sc content of the garnets from the database

, Coefficients of the correlation matrix for trace-element and Sc content of the garnets from the database

, Summary of the principal component analysis on trace-element and Sc content of the garnets from the database

B. , Summary statistics of the distribution of the modal contents in olivine, pyroxene and garnet depending on the lithotype of the host-rock

B. , 11 Correlation matrix of major-element and Sc content of the olivines from the database257

B. , 12 Correlation matrix of major-element and Sc content of the orthopyroxenes from the database

B. , 13 Correlation matrix of major-element and Sc content of the clinopyroxenes from the database

B. , Summary statistics of Sc distribution in lithotypes resulting from the eruption of mantle-derived melts

, 15 Results of the Dunnett's modified Tukey-Kramer test lithotypes resulting from the eruption of mantle-derived melts

, E Detailed Results on Whole-Rock Methods E.1 Phase proportions in the JSD-001 core estimated from Rietveld refinement, p.268

, Phase proportions in the JSD-002 core estimated from Rietveld refinement, p.269

E. , Error on estimation of phase proportion from Rietveld refinement, p.270

E. , Major-element concentrations in the JSD-001 core measured by ICP-MS, p.271

E. , Major-element concentrations in the JSD-002 core measured by ICP-MS, p.272

. .. E.6-;, Error on major-element concentration measured by XRF, p.273

E. , Trace-element concentrations in the JSD-001 core measured by ICP-MS, p.275

E. , Trace-element concentrations in the JSD-002 core measured by ICP-MS, p.277

E. .. Icp-ms, Error on trace-element concentrations measured by, p.278

, E.10 Trace-element concentrations in the adsorbed, exchangeable and carbonate fractions from the JSD-001

, E.11 Trace-element concentrations in the adsorbed, exchangeable and carbonate fractions from the JSD-002

, E.12 Trace-element concentrations in the amorphous Fe oxide fractions from the JSD-001

, E.13 Trace-element concentrations in the amorphous Fe oxide fractions from the JSD-002

, E.14 Trace-element concentrations in the crystalline Fe oxide fractions from the JSD-001

E. , 15 Trace-element concentrations in the crystalline Fe fractions from the JSD-002 core284

E. , Error on trace-element concentration of adsorbed, exchangeable and carbonate fractions

E. , 17 Error on trace-element concentration of amorphous oxide fractions, p.286

E. , 18 Error on trace-element concentrations of crystalline Fe oxide fractions, p.287

, Mass balance calculations for major elements in the JSD-001 core obtained from isocon analyses, G Isocon Analysis: Principles and Detailed Results G.1

G. , Mass balance calculations for major elements in the JSD-002 core obtained from isocon analyses

, Mass balance calculations for trace elements in the JSD-001 core obtained from isocon analyses

, Mass balance calculations for trace elements in the JSD-002 core obtained from isocon analyses