Related by context. All words. (Click for frequent words.) 68 Fe Mn 67 Cu Ag 67 ilmenites 67 Zr 66 SiO 2 66 FeO 65 yr -1 65 Mg Ca 64 pyrope garnets 64 Al#O# 64 Chargeability 64 dickite 64 SiO 63 plagioclase 63 crystallites 63 Fe Ni 63 biotite rich 63 eclogite 63 platinum Pt 62 niobium Nb 62 #ppm Cu 62 Terbium Tb 62 Quartz vein 62 CaO 62 U Th 62 ZrO 2 62 greisen 62 PO4 62 IR spectra 62 magnetic susceptibility 62 MoS2 62 antimony Sb 62 peridotitic 62 Mg Fe 62 copper anomalism 62 Cu Zn 62 Felsic 62 P#O# 61 Sulfide 61 allanite 61 Cu Pb 61 La Ce Pr 61 Y Zr 61 pyrite chalcopyrite sphalerite 61 pyroxene 61 ultramafic rock 61 SiO2 61 felsic intrusive rocks 61 copper Cu 61 silicic 61 eclogitic 61 Ag Pb 61 rhenium Re 61 magnesium Mg 61 komatiitic 61 #ppm U 61 epidote 61 NWs 61 Cu mineralization 61 illite 61 exhalite 61 granitoids 61 polymictic 61 Supergene 61 palladium Pd 60 Si substrate 60 olivine rich 60 chromitite 60 sericitic 60 #ppb [002] 60 metres@#.# g t Au [001] 60 Permeability 60 hematite magnetite 60 mu m 60 Qtz 60 TiO 60 disseminated pyrrhotite 60 yttrium oxide 60 Nb 60 #m@#.# % [002] 60 ellipsoids 60 -1 ^ 60 calcic 60 Fig. 1A 60 carbides 60 Cu Ag Au 60 Tellurium 60 Sulphides 60 Au Ag Cu Pb 60 Cr#O# 60 LREE 60 Yb 60 gabbro dykes 60 Cu Au Mo 60 perovskite 60 Nb Ta 60 lapilli 60 clastic sediments 60 siliciclastic 60 Tl 60 detrital 59 nT 59 sulphide veins 59 lanthanum La 59 Sn 59 basaltic rocks 59 W mK 59 g cm 59 kimberlite breccia 59 specular hematite 59 rhyolite tuff 59 Fig. 2B 59 anhydrite 59 -#:# GMT/# 59 Diorite 59 pyrophyllite 59 biotite alteration 59 finely disseminated 59 crustal rocks 59 vuggy quartz 59 MgO 59 peridotites 59 Zinc Zn 59 Copper Cu 59 gadolinium Gd 59 chromites 59 Ta#O# 59 mT 59 CdSe 59 dunite 59 subvolcanic 59 Cu Ni 59 Cu Pb Zn 59 tuffaceous sediments 59 MWNT 59 ZnS 59 intermetallic compounds 59 niobium oxide 59 Porosity 59 CaF2 59 silica SiO2 59 Au Cu Ag 59 hematite goethite 59 hafnium oxide 59 Ag Au 59 nickel Ni 59 hematitic 59 μm diameter 59 cerium Ce 59 kcal mol 59 dolomites 59 silica pyrite 59 Cu Mo 59 albite 59 cementite 59 isotopic compositions 59 cherty 59 silicate rocks 59 Alaskite 59 P3HT 58 Fig. 4A 58 adsorption isotherms 58 pelites 58 quartz feldspar porphyries 58 + Pd 58 shear modulus 58 Arsenopyrite 58 colluvial 58 Au t 58 Ni Cu 58 #ppb [001] 58 neodymium Nd 58 goethite hematite 58 Quartz Vein 58 Oxidized 58 chromitite layers 58 UG2 Reef 58 olivine crystals 58 subhorizontal 58 anomalism 58 pyroclastic kimberlite 58 Pt Pd 58 4H SiC 58 pyrite marcasite 58 mN 58 molybdenum Mo 58 garnet skarn 58 phosphorite 58 sulphide breccia 58 Fig. 4B 58 potassium feldspar 58 Fig. 1c 58 Strongly anomalous 58 carbonate veins 58 clasts 58 carbonatized 58 Raman spectra 58 quartz sericite 58 weakly anomalous 58 spodumene rich 58 yttrium Y 58 AlN 58 ZrO2 58 corundum 58 Anomalous 58 pyrite altered 58 t/m3 58 isotope fractionation 58 sphalerite galena 58 molybdenum disulfide 58 cm -2 58 silicified porphyry 58 ppm U 58 Outcrops 58 gabbro dyke 58 siliceous 58 anisotropy 58 vanadium oxide 58 Anisotropic 58 #g t Au [001] 58 abundant quartz veining 58 chlorite sericite 58 planktonic foraminifera 58 tin Sn 58 mylonite 58 Pb Zn Ag 58 metres@#.# g t Au [002] 58 Plio Pleistocene 58 MnO 58 Fig. 2b 58 chlorite carbonate 57 pyrope 57 advanced argillic alteration 57 medium grained 57 olivines 57 post perovskite 57 Carbonatite 57 CuO 57 unoxidized 57 anomalous REE 57 calc silicate 57 zinc sulphides 57 Silicates 57 Fig. 1b 57 pyrope garnet 57 GPa 57 #ppb Au [002] 57 diopside 57 g/cm3 57 Laterite 57 hydrated silica 57 mafic intrusives 57 BIF outcrops 57 brecciated quartz 57 quartz sericite alteration 57 granodiorite porphyry 57 keV 57 Sorowar 57 vanadate 57 chrome diopside 57 Molybdenum Mo 57 quartz alunite 57 δ 57 phosphate P#O# 57 electrical resistivity 57 coincident magnetic anomaly 57 Mobile Metal Ions 57 evaporite 57 Fig. 4c 57 Schematic representation 57 magmatism 57 Å -1 57 CaCO3 57 overlying sediments 57 ε 57 gabbros 57 quartz adularia 57 bedrock outcrops 57 pyrite galena 57 LREO 57 silicified zone 57 anisotropic 57 sulphide alteration 57 isotherms 57 % Nb#O# 57 partially oxidized 57 Au Pt Pd 57 greenschist 57 ppm boron 57 hypogene mineralization 57 coarser grained 57 ms -1 57 biotite 57 ultramafic hosted 57 massive sulphide horizon 57 qtz 57 anthracene 57 meta sedimentary 57 Fe#O# 57 ignimbrites 57 ppm Mo 57 tantalum oxide 57 Nd 57 Kierens 57 Radiometric 57 undoped 57 VTEM conductor 57 Volcanogenic Massive 57 Photometric 57 As Sb Hg 57 ppm Zn 57 neodymium praseodymium 57 hornblende 57 #JD# 57 PbS 57 Ultramafic 57 -# ° [002] 57 chalcopyrite bornite 57 goethite 57 microcrystalline 57 feldspar quartz 57 Pegmatite 57 isotopic ratios 57 thermal conductivities 57 graphitic 56 #N [003] 56 #ppb gold 56 GaN layer 56 hydrothermally 56 intensely oxidized 56 Nd#O# 56 carbonaceous 56 CAIs 56 Nucleation 56 #,#-#,# ft. 56 skarn alteration 56 ppm Ni 56 ppm Pb 56 sulphidic 56 cm -1 56 crackle breccia 56 finely disseminated pyrite 56 dacitic 56 Ho Er Tm 56 aluminous 56 Spectroscopic 56 CdS 56 ankerite 56 quartz sericite pyrite 56 nm excitation 56 #.#m #.#m #.#m [003] 56 anomalous Au 56 actinolite 56 electron doped 56 Lanthanum La 56 chrome diopsides 56 fig. S3 56 Sulfides 56 millidarcies 56 Resistivity 56 Paleozoic sedimentary 56 HfO2 56 #m@#.# % [003] 56 sylvite 56 Cu Au Ag 56 granite gneiss 56 fig. S1 56 Toro Gregorio 56 quartz feldspar 56 ohm cm 56 oxides TREO 56 YBCO 56 pentoxide 56 cm -3 56 iron sulphides 56 Au Cu 56 anomalous soil geochemistry 56 FMR dikes 56 % CuT 56 extrusive 56 isotherm 56 mantle xenoliths 56 Facies 56 Fig.1 56 intersected mineralized 56 metamorphic rock 56 BP# [003] 56 chromium oxide 56 γ 56 chalcopyrite copper 56 granitic rock 56 Breccia Pipe 56 TGDH#D 56 mafic intrusive 56 Early Joli Fou 56 NE trending 56 Brillouin zone 56 loess 56 pyroxenite 56 Fig. 2a 56 anomalous Cu 56 vuggy 56 tholeiitic 56 phyllosilicate 56 mineralized dykes 56 Copper Equivalent 56 elastic modulus 56 G# garnets 56 Microstructure 56 lithic tuff 56 dike swarm 56 sorption 56 alunite 56 praseodymium 56 silicified outcrops 56 trioxide 56 brecciated zones 56 uraninite 56 radiometric readings 56 uranophane 56 Gd#O# 56 PLLA 56 gravity geophysical surveys 56 chalcocite covellite 56 Hydrothermal 56 NO3 56 Silicon Nitride 56 Zn Pb 56 #m@#.# g t Au [002] 56 ZnO 56 subcrop 56 amphibole 56 Au Pt 56 Intersected 56 Fig. 2A 56 Chromitite 56 Zn Cu 56 silty limestone 56 -# deg [002] 56 Fig. 3A 56 Outcropping 56 pentlandite 56 alteration assemblages 56 1μm 56 Tonnes Au 56 dipole dipole 56 silica alteration 56 wireframed 56 AngloGold Ashanti Titiribi 56 Mineralised 56 intersected #.#m [001] 56 Diamondiferous 56 intermetallic 56 Thermal conductivity 56 outcrop samples 56 zirconium oxide 56 granodiorites 56 silicate mineral 56 Conductivity 56 Mn Fe 55 tensile modulus 55 meV 55 quartz veins containing 55 silica carbonate 55 recrystallized 55 metallic ions 55 ppm Nb 55 kainite 55 depositional environment 55 mm dia 55 electron density 55 holmium 55 komatiite 55 halite 55 #m@#.# g t Au [005] 55 g cc 55 rhyolite tuffs 55 ordinary chondrite 55 disseminated sphalerite 55 pediment gravels 55 Solubility 55 X ray absorption spectroscopy 55 IP chargeability 55 Pb Ag 55 carbonate formations 55 metavolcanics 55 pyrrhotite chalcopyrite 55 silicate glass 55 airborne magnetic anomaly 55 rhodium Rh 55 fragmental 55 #m@#.#g t gold [002] 55 intersected #.#m [002] 55 #m@#.#g t Au [002] 55 mineralized alteration 55 pyrite pyrrhotite chalcopyrite 55 outcrop exposures 55 graphitic schist 55 ppm Cu 55 lutetium 55 aragonite 55 geochemical signature 55 dipole moment 55 g t Ta#O# 55 olivine 55 scheelite 55 Cu PGE 55 manganese oxide 55 2nm 55 pyrochlore 55 Anomalous uranium 55 Germanium Ge 55 amphibolite facies 55 ha -1 55 K feldspar 55 coincident magnetic 55 Chalcocite 55 Myr 55 supergene mineralization 55 oz ton Ag 55 Messinian 55 Anomalous copper 55 spectrometer readings 55 Figs. 55 sulphide lenses 55 NiEq 55 felsic rocks 55 #cm [001] 55 Y#O# 55 layered mafic 55 volcanic breccias 55 Saprolite mafic intrusive 55 locally graphitic 55 albitite 55 Metallization 55 Cu Mo Au 55 resistivity measurements 55 chalcopyrite mineralization 55 arsenopyrite bearing 55 kaolinite 55 lowermost mantle 55 Ytterbium 55 galena mineralization 55 Tonnes Au g t 55 intersected #m@#.# 55 silicified andesite 55 HW2 55 magnetite skarn 55 porphyry intrusions 55 serpentinized peridotite 55 anomalous bismuth 55 Pb Cu 55 kT 55 CuT 55 polybutadiene 55 phyllite 55 chalcocite mineralization 55 cherts 55 #m@#.# g t Au [004] 55 hornfels 55 isotopic composition 55 spodumene bearing 55 macrodiamonds 55 -Expandable Memory 55 Crustal 55 stibnite 55 covellite 55 Fig. 1a 55 zonation 55 Fig. 4b 55 Rare Earth Oxides 55 La#O# 55 m@#.# g t [004] 55 Young modulus 55 Supplementary Table 55 cm ^ sup 55 Au Ag 55 metres@#.# % [002] 55 self assembled monolayers 55 Zn mineralization 55 Barite 55 lamprophyre 55 ferric oxides 55 tetragonal 55 #RB# 55 disseminated sulfides 55 breccia mineralization 55 Pb Zn 55 Drill intersections 55 calcium fluoride 55 Tertiary volcanics 55 claystone 55 Induced Polarisation 55 eolian 55 #ppm Mo 55 Mt@#.# % [002] 55 pyrites 55 zirconium Zr 55 #ppm molybdenum [002] 55 μm thick 55 stockwork veins 55 Tiriganiaq 55 stockworked 55 Easting Northing 55 Yb Lu 55 #E [002] 55 Rubidium 55 InAs 55 gravity anomalies 55 Fig.2 55 geophysical conductors 55 stockwork veining 55 azimuthal 55 porosity permeability 55 cadmium Cd 55 propylitic alteration 55 macrodiamond 55 Au Pd 55 Molybdenum mineralization 55 Supplementary Figs 55 Hangingwall 55 sylvinite 54 #m@#.#g t [002] 54 Heavy Rare Earth 54 REE mineralized 54 mineralogically 54 Cu Ni Pt Pd 54 sulfidic 54 Inconel 54 macrocrystic 54 Frac Sand 54 anomalous radon 54 uranium thorium 54 Nd YAG 54 Outcrop 54 crystalline solids 54 aluminum silicate 54 rhyolites 54 Polycrystalline 54 mM NaCl 54 serpentinized 54 -Whitsunday Regional 54 Grab Samples 54 voltammetry 54 microcavity 54 Eudialyte 54 H#SO# 54 Scintillometer 54 compressive stress 54 chondrules 54 mineralized boulders 54 #,#-#,# ft. Loc 54 anticlines 54 Drillholes 54 anatase 54 Chalcopyrite 54 carbonaceous material 54 Marta Este 54 Fig. 2E 54 wollastonite 54 itabirite 54 magnetometry 54 limonitic 54 fig. S2 54 epithermal mineralization 54 compressional 54 metres@#.# g t Au [003] 54 Zn 54 Fig. 1e 54 Cr Fe 54 borane 54 x ray absorption spectroscopy 54 #.#g t [004] 54 quartz magnetite 54 sigmoidal 54 bastnaesite 54 muscovite 54 quartz pyrite 54 REE bearing 54 feldspars 54 Supplementary Fig 54 mineralized intrusive 54 intersected anomalous 54 quartz alunite alteration 54 ultramafic sequence 54 petrography 54 Anisotropy 54 portable XRF analyzer 54 - -Gundberg 54 schistose 54 bornite chalcopyrite 54 disseminated chalcopyrite 54 Kareem Formation 54 Detrital 54 magnetite ilmenite 54 Yampi Member 54 antimony mineralization 54 sedimentary sequences 54 quartz hematite 54 potassically altered 54 MnO2 54 sulfide veins 54 Bulk density 54 Fig. 3B 54 lithium oxide 54 Northing Easting 54 ^ sup -1 54 Cu Zn Au Ag 54 ppm ppm ppm ppm 54 tonalite 54 mineralization encountered 54 τ 54 -Wauk 54 REE showings 54 vein stockwork 54 hematite alteration 54 feldspathic 54 specularite 54 isotope ratios 54 pelite 54 chlorite epidote 54 ellipsoidal 54 mafic intrusion 54 epithermal quartz 54 Ni Fe 54 g t Ta 54 andesite flows 54 #m@#.#g t [006] 54 uniaxial 54 Diamond Drill Hole 54 chrysocolla 54 Sulphide mineralization 54 banded quartz veins 54 sulphides pyrite 54 silicate dust 54 Fig. 2C 54 pyroxenites 54 hydraulic conductivity 54 Significant Intersections 54 cordierite 54 tensile strengths 54 #Mt grading [002] 54 Ni Cu Co 54 pelitic gneiss 54 petrological 54 sulfide bearing 54 Zn Au 54 quartz biotite 54 -Dins 54 Eq. 54 Aerogels 54 paleochannel 54 mineralized felsic 54 homopolymer 54 deformational 54 titanomagnetite 54 mV V 54 rheological 54 absorption spectra 54 Rheological 54 Pt Pd Au 54 metres@#.#g t gold 54 Sulphide 54 mm ^ sup 54 iron carbonate 54 pearlite 54 Hardness 54 ≈ 54 ytterbium 54 AlN layer 54 palaeochannel 54 drillcore 54 Figure 4a 54 Cu Eq 54 paragneiss 54 narrow quartz veins 54 Hydrothermal alteration 54 Fig. 2c 54 intersected weakly mineralized 54 J# +# [002] 54 Geochemical 54 dravite 54 gabbroic rocks 54 Au Ag Cu Zn 54 #g t Au [002] 54 Knelson Concentrator 54 #m@#.#g t Au [005] 54 Magnetotelluric 54 copper sulfide 54 Figure 2a 54 osmium 54 #.#g t Ag [005] 54 HBET# 54 Villeta U 54 pyrite arsenopyrite 54 gm Au 54 strongly silicified 54 #μ 54 geochronology 54 Splay 54 iron oxides 54 μmol 54 argillic altered 54 gabbro intrusive 54 trending shear zone 54 diffusivity 54 #m@#.#g t gold [001] 54 adsorbate 54 trace chalcopyrite 54 ultramafic unit 54 Mineralized 54 Leduc Formation 54 nanorod 54 calc silicate rocks 54 anorthosite 53 stoichiometry 53 figs. 53 xenoliths 53 hole WAT# #A 53 gamma logging 53 x ray photoelectron spectroscopy 53 η 53 silicon dioxide SiO2 53 spinels 53 manganese mineralization 53 Silicon Dioxide 53 Dienemera 53 Near Infrared 53 oxide sulphide 53 Fe oxide 53 igneous intrusive 53 diorites 53 intersected mineralized zone 53 volcaniclastic rocks 53 diffusion coefficients 53 magnetite pyrite 53 redox sensitive 53 mineralized mafic 53 Rubidium Rb 53 arsenopyrite pyrite 53 wallrock 53 volcanogenic 53 gamma ray logs 53 silicified breccias 53 HRTEM 53 arcuate 53 facies 53 electron diffraction 53 torr 53 sericite 53 magnetite mineralization 53 #.#um [001] 53 N#E 53 sedex 53 chargeability highs 53 porosities 53 sulfide minerals 53 spatial variability 53 dI dV 53 Cobrecon 53 chlorite alteration 53 monolayers 53 pyrrhotite pyrite 53 spectrometric 53 Horiba Jobin Yvon 53 Self Assembled 53 #m@#.#g t Au [003] 53 fig. S6 53 Cu Au porphyry 53 aeromagnetic anomaly 53 alteration halos 53 andesitic 53 Neogene 53 pyrene 53 MREO 53 argillic 53 5μm 53 Zeolites 53 mineable widths 53 Crosslinked 53 quartz carbonate veining 53 mineralogical analysis 53 Epithermal 53 lithology alteration 53 surficial 53 altered dacite 53 photoelectron 53 Extension Occurrence 53 CO3 53 Densities 53 #.#μm [001] 53 MWCNTs 53 conductance 53 veinlet 53 Cu Au 53 Li#CO# 53 differential scanning calorimetry 53 epithermal quartz veins 53 #.#gpt [004] 53 seabed sediments 53 volcanic tuff 53 Emission Spectroscopy 53 Lanthanum 53 extensional 53 turbidite 53 UV absorbance 53 Indicated Inferred 53 MoO3 53 g Ag 53 petrographic 53 Ag Cu 53 amphibolite grade 53 gamma probe 53 sedimentary deposits 53 ppm uranium 53 κ 53 Adsorption 53 Ionized 53 Polarized Light 53 ZK# [002] 53 Boron Nitride 53 Qavvik 53 gAu tonne 53 m@#.# g t [003] 53 5g t 53 #.#m #.#m [004] 53 Interfacial 53 halides 53 silicification quartz 53 quartz calcite 53 anomalous geochemical 53 gravimetric method 53 magnetite BIF 53 gabbroic 53 cm ² 53 Fig. 3b 53 oceanic lithosphere 53 Preliminary metallurgical testwork 53 m z 53 mineralized outcrops 53 -NZVCC 53 #m@#.#g t Au [001] 53 IP geophysical anomaly 53 hydrothermal fluids 53 dacite 53 microdiamonds 53 silicate minerals 53 vuggy silica 53 Thermal Conductivity 53 heterogeneities 53 t Ag 53 Fv 53 #m@#.#g t Au [004] 53 Syenite 53 nanobelts 53 # mN 53 intersect mineralization 53 lapilli tuff 53 Surface Sampling 53 limonite 53 Reflectance 53 wettability 53 ARPES 53 sulphide mineral 53 IOCG mineralization 53 galena sphalerite 53 Mesoporous 53 m@#.# g t Au [002] 53 amphibolite 53 Induced polarization 53 geochemical assay 53 chloritized 53 granitic basement 53 magnetite bearing 53 #.#g/tAu 53 terranes 53 Banded Iron Formation BIF 53 copper skarns 53 overlying sandstone 53 NAD# [001] 53 Nickel Sulphide 53 chalcocite 53 titanium zirconium 53 hydrothermal fluid 53 m@#.# 53 oxide nanoparticles 53 chondritic 53 resistivity surveying 53 Ag Eq 53 HREO TREO 53 radiogenic 53 Isotopic 53 Ce#O# 53 g t Ounces 53 dispersive 53 breccia zone 53 Nanocrystalline 53 microcrystals 53 copper sulphide mineralization