Related by context. All words. (Click for frequent words.) 62 Lutetium 62 CaO 62 Zr 61 #m Tc 61 #ppm Cu 60 kT 60 ppm Nb 60 nickel Ni 60 platinum Pt 60 Fe Mg 59 Cu Ag 59 MBq 59 palladium Pd 59 Terbium Tb 59 As Sb Hg 59 Cu Pb Zn 59 Holmium 59 γ 59 Zinc Zn 59 κ 59 g t Gallium 59 Yb 58 m z 58 Cu Eq 58 U Th 58 Technetium 58 Al#O# 58 Fig. 4B 58 ZrO 2 58 ppm Pb 58 ppm Ni 58 ^ sup -1 58 P#O# 58 ppm U 58 nT 58 μmol 57 #ppm Mo 57 niobium Nb 57 Nd 57 rhenium Re 57 ppm boron 57 Gd#O# 57 Ho Er Tm 57 PO4 57 #ppm U 57 Nb Ta 57 μS cm 57 dickite 57 mm ^ sup 57 #g t Au [001] 57 fig. S2 57 MoS2 57 Mg Li 57 praseodymium 57 lutetium 57 Fig. 4A 56 g t Rubidium 56 Y Zr 56 kBq 56 Li#CO# 56 Copper Cu 56 gadolinium Gd 56 lithium oxide 56 Y#O# 56 g/cm3 56 Fig. 2b 56 kcal mol 56 yttrium oxide 56 #.#g t Ag [005] 56 magnetic susceptibility 56 La Ce Pr 56 Cu Pb 56 #.#m #.#m [004] 56 kainite 56 silica SiO2 56 tungsten trioxide 56 SiO 2 56 antimony Sb 55 Cr#O# 55 diffusivity 55 copper Cu 55 Eq. 55 pyrope garnet 55 m@#.# g t [004] 55 mN 55 λ 55 ilmenites 55 Lanthanum La 55 SiO2 55 #m@#.# % [002] 55 #ppb Au [002] 55 ppm Zn 55 -# mV [002] 55 SiO 55 Â ± 55 Molybdenum Mo 55 elastic modulus 55 CuT 55 magnesium Mg 55 mCi 55 Fig. 1b 55 regression coefficient 55 rhodium Rh 55 Nd YAG 55 ^ sup #m 55 Nd#O# 55 g/m3 55 Los Laches area 55 Cu mineralization 55 Bulk density 55 Nb 55 σ 55 ε 55 Figure 1C 55 ppm eU 55 g Ag 55 Zn Cu 55 Fe Mn 55 Au Pt 55 #ppb [001] 55 Mn Fe 55 neodymium praseodymium 55 g t Ta#O# 55 diopside 55 Fig. 1a 55 Pearson correlation coefficient 55 Fig. 4c 54 LREE 54 Cu Equivalent 54 lanthanum La 54 -1 ^ 54 chromatogram 54 nmol 54 MnO 54 Bq 54 ppm ppm 54 #.#gpt [001] 54 oxyhemoglobin 54 Eu#O# 54 Rubidium 54 t/m3 54 gm tonne 54 uranyl 54 g cm 54 Au Eq 54 La#O# 54 η 54 Western blotting 54 % CuT 54 Erbium 54 g t Pt 54 CaF2 54 mV V 54 #m@#.# g t Au [002] 54 Terbium 54 Fv 54 CuO 54 Yttrium 54 TiO 54 CdS 54 Cr Fe 54 molybdenum Mo 54 Fig. 3B 54 r2 = 54 cytochrome 54 pyrope garnets 54 ha -1 54 samarium 54 Fe#O# 54 mu m 54 Au Pd 54 #ppb [003] 54 ppm molybdenum 54 Fig. 2B 54 circular dichroism 54 NiEq 54 #.#g t [004] 54 grading #.#g t [002] 54 ppm eU#O# 54 mM NaCl 54 ppm Ta#O# 54 weakly anomalous 54 Pb Cu 54 undoped 54 Tonnes Au 53 @ #.#g t [002] 53 #m@#.#g t Au [001] 53 g tg t 53 Au t 53 WO3 53 Becquerel 53 cherty 53 molybdenite MoS2 53 oxides TREO 53 Equiv 53 FMR dikes 53 Ag Pb 53 Ag Cu 53 mmol kg 53 #,# g t 53 #ppm [002] 53 ^ sup 53 Fig. 2c 53 tetragonal 53 ppm Ag 53 pmol 53 phosphorite 53 δ 53 FDG uptake 53 magnetic permeability 53 #RB# 53 potassium feldspar 53 Fig. 2E 53 pairwise comparisons 53 tons@#.# [001] 53 uM 53 Yb Lu 53 vanadium oxide 53 μm diameter 53 intersected #.#m [002] 53 biotite rich 53 dI dV 53 #ppb gold 53 Sulfide 53 1μm 53 AUC0 53 intersected #.#m [001] 53 Tb#O# 53 shear modulus 53 copper anomalism 53 Supplementary Table 53 #g t Au [002] 53 kinematic viscosity 53 #m@#.#g t Au [005] 53 deoxy 53 sylvite 53 CO3 53 Fig. 4a 53 fig. S1 53 Zn 53 ZrO2 53 Fig. 2A 53 #.#m #.#m #.#m [003] 53 Fig. 1A 53 yr -1 53 Pt + Pd 53 eU#O# 53 mineralized dykes 53 plagioclase 53 #.#g Au t [003] 53 fig. S3 53 anomalous Cu 53 H#SO# 53 Rare Earth Oxides TREO 53 trioxide 53 chlorite sericite 53 #.#g t silver [004] 53 Fig. 3b 53 #m@#.# % [003] 53 Cu Zn 52 photoemission 52 Yttrium Y 52 MgO 52 chrome diopside 52 medium grained 52 AngloGold Ashanti Titiribi 52 W mK 52 Interpolation 52 FeO 52 Quartz vein 52 tantalum oxide 52 mol 52 keV 52 Fe Ni 52 hypabyssal 52 COOH 52 Rhodium Rh 52 operon 52 g t Beryllium 52 m@#.# g t [003] 52 intersected mineralized zone 52 CaCO3 52 HiLyte Fluor ™ 52 tungstate 52 oxide sulphide 52 nuclide 52 ppm arsenic 52 #m grading #.#g [002] 52 Oxidized 52 #.#g t silver [003] 52 Fig. 1c 52 Fig. 1D 52 g t Ta 52 Ag Au 52 carbonate veins 52 hemoglobin Hb 52 Dy#O# 52 meV 52 polymictic 52 NMR spectra 52 ρ 52 τ 52 epidote 52 peridotitic 52 immunoreactive 52 mK 52 Pt Pd 52 anisotropy 52 Au Ag Cu Pb 52 #m@#.# g t [004] 52 pentoxide 52 mT 52 intersected anomalous 52 pyrophyllite 52 tin Sn 52 drillhole intersected 52 Fig. 4b 52 azimuthal 52 ppb Pt 52 #m@#.# g t Au [006] 52 Pt Pd Au 52 -Dins 52 electron doped 52 greisen 52 histidine 52 t Au #.#g t [001] 52 ohm cm 52 @ #.#g t [001] 52 g t PGM 52 Young modulus 52 Alaskite 52 roentgen 52 abundant quartz veining 52 gpt gpt 52 % MoS2 52 calorimetric 52 Chargeability 52 lactate dehydrogenase 52 microfocus 52 Cu Ag Au 52 Rubidium Rb 52 % Cu #.#g 52 % Nb#O# 52 metasomatic 52 ppm ppm ppm ppm 52 + Pd + 52 Coulomb blockade 52 #P# [004] 52 Europium 52 MWNT 52 sulphide breccia 52 equiv 52 gm t 52 vanadate 52 ug L 52 Mg Ca 52 fig. S4 52 ms -1 52 femtogram 52 #m@#.#g t Au [003] 52 #.#g t silver [002] 52 Platinum Pt 52 mol L 52 ppm U# 52 cm -3 52 lysates 52 Meters Averaging 52 stoichiometry 52 5g t 52 Schematic representation 52 Rh + 51 dinitrogen 51 averaging #.#g t [003] 51 dipole moment 51 GaP 51 mH 51 -#:# GMT/# 51 #,# bis 51 LREO 51 phyllic altered 51 oz ton Ag 51 Au Pt Pd 51 crystallites 51 isotopic compositions 51 #.#gpt [004] 51 Category Tonnes 51 GPa 51 hyperintensity 51 Qtz 51 UV absorbance 51 cm ^ sup 51 Outcropping 51 Au Cu Ag 51 millidarcies 51 #.#kg t 51 ppm Mo 51 allanite 51 Cu Mo 51 Mt@#.# % [002] 51 Fig. 3A 51 TUNEL 51 Silver Equivalent 51 regression coefficients 51 neodymium Nd 51 NWs 51 isoprostane 51 phospho 51 pathfinder elements 51 #m@#.#g t Au [004] 51 ℓ 51 colorimetric 51 T2 weighted images 51 #.#-#.# [005] 51 yttrium Y 51 μg mL 51 zirconium Zr 51 ppm Cu 51 ug mL 51 squared ID2 51 Bq l 51 μm thick 51 Tonnes Au g t 51 Pd Pt 51 χ 51 t Ag 51 fluorescein 51 Sulphides 51 eclogitic 51 pmol L 51 θ 51 Indicated Category 51 Inverse Distance 51 Lorentzian 51 immunostaining 51 gms tonne 51 #Mt grading [002] 51 downhole gamma probe 51 min -1 51 centistokes 51 + Pd 51 g t Aueq 51 eU 51 NaCN 51 Figs. 51 Ag Eq 51 TCu 51 Relat 51 ml min 51 #.#oz t [002] 51 niobium oxide 51 ppm Au 51 μmol L 51 illite 51 anomalism 51 kg/m3 51 hafnium oxide 51 agarose gel 51 inhomogeneity 51 Cyanidation 51 disseminated sphalerite 51 -India Kanishka bombing 51 Cu Ni 51 TW Incl 51 supernatant 51 Å -1 51 metres@#.# % [003] 51 #m@#.# g t Au [005] 51 Fig. 2a 51 #.#g t Ag [003] 51 Fig. 2C 51 #.#-#.# [011] 51 averaging #.#g t [001] 51 Au g tx 51 molybdenum disulfide 51 Ce#O# 51 Early Joli Fou 51 analyte 51 pyrochlore 51 Ta#O# 51 electroless copper 51 scheelite 51 #m@#.# g t Au [007] 51 aspartate aminotransferase 51 Secretase 51 isotope technetium 51 metres@#.# % [001] 51 Tellurium 51 hypogene mineralization 51 spectrometric 51 anomalous REE 51 Elev 51 Au Ag 51 gravimetric method 51 Pb Ag 51 ppm cobalt 51 Chalcopyrite 51 #.#g t Au [005] 51 Sn 51 diene 51 argentiferous 51 sphalerite galena 51 Ag Pb Zn 50 Dysprosium Dy 50 = -#.# 50 copper #.#g t [002] 50 t Pd 50 #ppm molybdenum [002] 50 acid soluble 50 limestone xenoliths 50 Pd 50 fluorescence spectra 50 covellite 50 finely disseminated pyrite 50 immunohistochemical staining 50 Figure 4a 50 ppb Pd 50 #m@#.# g t [002] 50 g t Niobium 50 cm -2 50 #.#g/tAu 50 #.#μm [001] 50 titanium oxide TiO2 50 paramagnetic 50 Permeability 50 #.#g Au t [005] 50 Fig. 3c 50 dipolar 50 tonalite 50 magnon 50 lamprophyre 50 HRTEM 50 mineralogically 50 sestamibi 50 Si substrate 50 % Cu Eq 50 #m@#.# % [005] 50 Volcanogenic Massive 50 Strongly anomalous 50 Raman spectra 50 amphibole 50 Inductively Coupled Plasma 50 SDS PAGE 50 Gold Equivalent 50 enthalpy 50 Au Cu 50 Cu Pb Zn Ag 50 nm excitation 50 uL 50 m@#.# g t [002] 50 fig. S6 50 Felsic 50 PaO 2 50 bismuth Bi 50 #ppb [002] 50 hematite magnetite 50 cytidine 50 Zirconium Zr 50 spodumene rich 50 anomalous antimony 50 m Width m 50 Laterite 50 Anomalous values 50 antiferromagnetic 50 alanine aminotransferase 50 Ore Mined 50 diffusion coefficient 50 valence electron 50 chalcocite mineralization 50 dunite 50 gm t Ag 50 barium sulfate 50 nm wavelength 50 transverse colon 50 - -SCRT 50 WGS# 50 FWHM 50 #.#oz t [001] 50 absorption spectroscopy 50 unoxidized 50 molybdenite bearing 50 Anisotropy 50 zinc #.#g t 50 #.#gpt gold [002] 50 Photometric 50 grading #.#g t Au [001] 50 Colnic 50 intracellular pH 50 cementite 50 electrical resistivity 50 pathfinder element 50 #CF# 50 intergranular 50 g t Tantalum 50 Cerium Ce 50 granitic pegmatite 50 centroid 50 veinlet 50 anomalous dispersion 50 Mt@#.# g t Au [001] 50 thorium uranium 50 Amun Deeps 50 hematoxylin 50 g t Ounces 50 biotite alteration 50 K feldspar 50 silicate mineral 50 μg L 50 Massive sulphide 50 Supergene 50 Drill Intersections 50 diffusion coefficients 50 mmol 50 #m@#.# g t [005] 50 oz Au t 50 metres@#.# % [002] 50 Fig. 1E 50 fluorescence intensity 50 iron arsenide 50 φ 50 N acetyl 50 ellipsoids 50 kg hr 50 isotopic ratios 50 TIMP 50 Titanium Oxide 50 m@#.# g t Au [002] 50 Molybdenum mineralization 50 DFT calculations 50 uranophane 50 divalent 50 gAu tonne 50 ohmic contacts 50 Ag Cu Zn 50 sorption 50 thyroglobulin 50 #.#g Au t [002] 50 tungsten WO3 50 MREO 50 ν 50 actinolite 50 californium 50 Ytterbium 50 db db mice 50 BP# [003] 50 silicified porphyry 50 arsenic antimony mercury 50 g t Pd 50 powder diffraction 50 uraninite 50 #m@#.# g t Au [004] 49 g t Au Ounces 49 pentlandite 49 hydraulic conductivity 49 Ag oz 49 Length m 49 positron emission 49 peridotites 49 Tf 49 hematite goethite 49 heterogeneities 49 anomalous bismuth 49 Li# 49 HfO2 49 metres@#.# g t Au [002] 49 superposed 49 chlorite carbonate 49 vein breccia 49 pyrope 49 - -Schwenkler 49 leachable copper 49 Au Ag Pb Zn 49 ankerite 49 silicide 49 mantle xenoliths 49 absorption spectra 49 variography 49 aluminate 49 komatiite 49 Intersected 49 methylene 49 UV VIS 49 chromatograms 49 graphitic schist 49 anthracene 49 #mV V 49 Anomalous uranium 49 #m@#.#g t Au [006] 49 #m@#.#g t [002] 49 Deuterium 49 #.#g t [002] 49 iron sulphides 49 metres@#.# g t Au [001] 49 disseminated arsenopyrite 49 CdSe 49 Easting Northing 49 detrital 49 3g t 49 protonated 49 Fig. 1B 49 HREO TREO 49 neurofilament 49 cited krypton strontium 49 + Y#O# 49 hematoxylin eosin original 49 % copper #.#g 49 #.#Mt @ [003] 49 1ppm 49 #.#um [001] 49 tantalum Ta 49 mu g 49 agarose gel electrophoresis 49 macrocrystic 49 olivine rich 49 Fe Cu 49 electron volt 49 #Ω [002] 49 chlorite 49 outcrop samples 49 calcium Ca 49 stabilized zirconia 49 NAD# [001] 49 #.#g t Ag [002] 49 sulfide bearing 49 % Fe#O# 49 Diamond Drill Holes 49 pyroxenite 49 specular hematite 49 echogenicity 49 chalcopyrite pyrite 49 photolysis 49 Nb#O# 49 m@#.# g t Au [003] 49 subhorizontal 49 immunofluorescence staining 49 Cu Au Mo 49 autocorrelation 49 micrograph 49 ytterbium 49 Eq 49 dysprosium oxide 49 pyroxenites 49 #.#g t Ag [001] 49 excitation energies 49 #OHD 49 Nernst 49 hypabyssal kimberlite 49 flotation concentrates 49 T2 weighted MRI 49 ZnS 49 Mg 49 intracavity 49 F FDG 49 glutamyl 49 magnetite alteration 49 titanium oxide TiO 49 zinc sulphides 49 gpt Pt 49 ppm uranium 49 g t Au eq 49 silicified andesite 49 #.#Mt grading [001] 49 intersected sulphide mineralization 49 Hugla Tepe 49 -Lightning goaltender Nikolai 49 inhibin B 49 3E PGM 49 fissile isotope 49 birefringence 49 anion 49 mononuclear 49 Belden #A 49 anhydrite 49 G# [003] 49 immunofluorescence 49 cm2 49 HREO 49 kPa 49 evaporite 49 fluorescence emission 49 nanoflow 49 sericitic 49 Ni Cu Co 49 lithium tantalum cesium 49 MIC# [001] 49 magnetite skarn 49 ppm indium 49 pyrite marcasite 49 hypointense 49 cm ² 49 anomalous Au 49 basolateral membrane 49 aliquots 49 microcrystals 49 rubidium 49 metres@#.# g t Au [003] 49 chloritic 49 methoxy 49 Fig. 3d 49 oz t Ag 49 zirconium oxide 49 Northing Easting 49 metres@#.#g t gold 49 Figure 1A 49 spectroscopic analysis 49 B#O# 49 nH 49 absorbance 49 substituents 49 albite 49 intramolecular 49 arterial oxygen saturation 49 Ag g t 49 G# garnets 49 magnetite ilmenite 49 -Pisarro 49 PbS 49 g t PGE 49 leachability 49 pyrite altered 49 1g t 49 #.#g t [005] 49 #ppb Au [001] 49 #m@#.#g t [001] 49 isotope fractionation 49 leach extraction 49 molecular orbitals 49 K2O 49 #.#gpt Au [002] 49 yl 49 -SatMAX R 49 vanadium pentoxide V#O# 49 ammonia NH3 49 MoO3 49 pyrite pyrrhotite chalcopyrite 49 adsorption isotherms 49 #,# dimethyl 49 TIMP 1 49 deionised water 49 #.#mL 49 photothermal 49 m@#.# 49 remanent 49 gm t Au 49 InAs 49 m@#.# % 49 #m@#.# % [001] 49 porphyrin 49 potassically altered 49 emission spectroscopy 49 corona discharge 49 Drill composites 49 Supplementary Fig 49 -Expandable Memory 49 #,#-#,# ft. Loc 49 CVZ 49 NaOH 49 Zn Au 49 ,#,# [002] 48 mGy 48 thiosulfate 48 @ #.#g t [003] 48 specularite 48 monazite 48 Pb Zn 48 ileal 48 immunofluorescence microscopy 48 organometallic 48 excitation wavelength 48 spinous 48 Rare Earth Oxides 48 transaminase 48 3He 48 metallic ions 48 Hazard Ratio HR 48 Palladium Pd 48 YBCO 48 XRF analysis 48 microvolt 48 Ozs 48 sqrt 48 #,#-# [010] 48 plus yttrium 48 4H SiC 48 mafic intrusive 48 antibody antigen 48 Isotopic 48 EGFP 48 NH4 + 48 K + ATPase 48 intersected #m@#.# 48 photon energies 48 catechol 48 photoelectron 48 dopant 48 Cu Ni Pt Pd 48 serum bilirubin 48 positron emitting 48 apparent diffusion coefficient 48 Confocal 48 anions 48 arsenide 48 Extension Occurrence 48 bastnaesite 48 Cu porphyry 48 cerium Ce 48 realgar 48 vuggy quartz 48 chromitite 48 tubule 48 sigmoidal 48 NO3 N 48 bornite chalcopyrite 48 inhomogeneities 48 Tc #m 48 hole MJV 48 zinc sulphide 48 icosahedral 48 chondritic 48 Technetium #m 48 #.#-#.# [002] 48 microdiamonds 48 MeV 48 #Mt grading [001] 48 homodimer 48 #.#g t Ag [004] 48 tantalum pentoxide 48 carbonyl 48 #ppm molybdenum [001] 48 picomolar 48 planta 48 CaCO 3 48 Rhenium Re 48 To Length Au 48 Quartz Vein 48 48 NO spud #-#-# 48 scintillator 48 Doppler sonography 48 Cu Au Ag 48 uniaxial 48 Molybdenite 48 microg 48 cadmium Cd 48 punctate 48 Ni Cu 48 Au Cu Mo 48 potassic altered porphyry 48 telopeptide 48 Saprolite mafic intrusive 48 fractional anisotropy 48 #ppm eU#O# 48 dispersive 48 meters grading #.#g [003] 48 -Dropper 48 lactone 48 guanidine 48 lanthanum oxide 48 felsic intrusive rocks 48 tons@#.# % 48 pyrite pyrrhotite 48 #.#g Ag t 48 brecciated quartz 48 kimberlitic material 48 Fig. 1d 48 Contained Metal 48 phosphoprotein 48 +# micron 48 hornblende 48 #N #N 48 Animas vein 48 borane 48 chrysocolla 48 SAXS 48 kpc 48 gold arsenic antimony 48 transferase 48 disseminated chalcopyrite 48 Fourier transform infrared spectroscopy 48 interval grading #.#g 48 fluorite mineralization 48 cm -1 48 dpa hl 48 Zn Cu Ag 48 graphitic 48 serpentinized peridotite 48 biphenyl 48 magnesium ion 48 magmatic kimberlite 48 tensor 48 Ni Fe 48 Phenylalanine 48 quantum oscillations 48 absorption coefficient 48 ug g 48 carbonatite dykes 48 thermodynamic stability 48 % eU#O# 48 Hypogene 48 section #E [004]