Related by context. All words. (Click for frequent words.) 75 CaO 75 SiO 2 73 SiO2 73 Al#O# 71 Cr#O# 71 ZrO 2 71 lithium oxide 70 platinum Pt 69 palladium Pd 68 MWNT 68 FeO 68 MoS2 67 ZrO2 67 hafnium oxide 67 crystallinity 67 Fe#O# 67 Zr 67 plagioclase 66 eclogitic 66 pentoxide 66 silica SiO2 66 neodymium Nd 66 Li#CO# 65 manganese oxide 65 tungsten oxide 65 zirconium oxide 65 magnesium Mg 65 Si substrate 65 yttrium oxide 65 unoxidized 65 iron sulphides 65 niobium oxide 65 CaCO3 65 perovskite 65 pyroxene 65 elastic modulus 65 copper Cu 65 t/m3 64 macrocrystic 64 chromium oxide 64 Terbium Tb 64 quinone 64 formate 64 vanadium pentoxide V#O# 64 MnO 64 Cu Ag 64 eutectic 64 cementite 64 TiO 2 64 nickel Ni 64 martensite 64 kainite 64 MWCNTs 64 silicon Si 64 gelation 64 1μm 64 acid leached 64 ZnS 64 Copper Cu 64 lanthanum La 64 P#O# 64 biotite rich 63 epidote 63 vanadium oxide 63 trioxide 63 gangue 63 tantalum oxide 63 semiconductive 63 chrome diopside 63 limestone xenoliths 63 uranophane 63 Cu Eq 63 TiN 63 Y#O# 63 CuT 63 HREO 63 ilmenites 63 dielectric constant 63 undoped 63 magnesium oxide MgO 63 oxide 63 crystallites 63 partially oxidized 63 coarser grained 63 #m@#.# % [002] 63 anionic 63 Chalcopyrite 63 sylvite 63 pyrites 63 martensitic 63 antimony Sb 63 cerium Ce 63 chalcocite 63 pyrope garnets 62 ppm boron 62 silicate rocks 62 anhydrite 62 olivine rich 62 un oxidized 62 specular hematite 62 poly L lysine 62 leachability 62 Mn Fe 62 ε 62 oxide sulphide 62 Platinum Pt 62 conductivities 62 stoichiometry 62 Ta#O# 62 heap leach recoveries 62 Fe oxide 62 spodumene 62 -# mV [002] 62 carnallite 62 silicide 62 zinc sulphide 62 mantle xenoliths 62 graphitic 62 compressive stress 62 Au Pt 62 molybdenite MoS2 62 ferric 62 calcium sulphate 62 niobium Nb 62 Cu Pb 62 Ag Pb 62 isotope fractionation 62 dihydrate 62 NaCN 62 pyrite chalcopyrite sphalerite 62 diopside 62 g/cm3 62 homopolymer 62 scheelite 62 aluminate 62 pyrope 62 paramagnetic 62 molybdenum disulfide 62 magnetic susceptibility 62 sericite 62 permeabilities 62 lutetium 62 molybdenum Mo 62 PEDOT PSS 62 zinc Zn 62 thermal decomposition 62 spinel 62 Titanium Oxide 62 NaOH 62 alloying elements 61 specularite 61 silicate minerals 61 #ppm U 61 Nb Ta 61 CaF2 61 insolubles 61 aliphatic 61 mesoporous 61 siliceous 61 boron nitride 61 g cc 61 nanocrystalline 61 arsenide 61 magnesium silicate 61 aluminum silicate 61 Lanthanum La 61 Yampi Member 61 cm -3 61 CdSe 61 NiEq 61 praseodymium 61 pyrophosphate 61 BeO 61 fluorapatite 61 cherty 61 magnesium oxide 61 SDS PAGE 61 polybutadiene 61 dunite 61 titanium nitride 61 oxidised 61 pyrite marcasite 61 μm diameter 61 halite 61 calcium fluoride 61 pentlandite 61 microcrystalline 61 W mK 61 hematite magnetite 61 pearlite 61 iron arsenide 61 γ 61 + Pd + 61 stoichiometric 61 Bulk density 61 pyrochlore 61 graphitic carbon 61 magnetic permeability 61 HfO2 61 Dysprosium Dy 61 AlGaN 61 goethite hematite 61 Spodumene 61 silicate 61 eudialyte 61 illite 61 peridotitic 61 tin Sn 61 U Th 61 monomeric 61 mol 61 Supplementary Fig 61 Mg Li 61 leach recoveries 61 antiferromagnetic 61 carbonaceous material 61 anatase 61 diene 61 dielectric layers 61 Sn 61 KCl 61 AlN 61 chlorite carbonate 61 % Nb#O# 61 magnetite concentrates 61 eluted 61 electrically insulating 60 anorthosite 60 #m Tc 60 REE minerals 60 tricalcium phosphate 60 metallic ions 60 apatite 60 Fig. 2b 60 silicified porphyry 60 Fig. 1A 60 titanium oxide TiO2 60 chalcopyrite chalcocite 60 gravimetric method 60 molybdenite 60 intergranular 60 Yb 60 divalent 60 tungsten trioxide 60 pyrite pyrrhotite 60 corundum 60 icosahedral 60 granitoids 60 gallium indium arsenide 60 enargite 60 disaccharide 60 dihydrogen 60 PbS 60 Zn 60 potassium feldspar 60 carbonate veins 60 ferritic 60 hydroxide 60 aqueous dispersion 60 unreacted 60 borane 60 oligomer 60 carbonaceous 60 cadmium selenide 60 LREE 60 cadmium chloride 60 carbides 60 CuO 60 Nd#O# 60 Mg Fe 60 PCBM 60 carbon steels 60 copper sulfide 60 μm thick 60 intermetallic 60 chromites 60 mu m 60 thermal conductivities 60 neodymium praseodymium 60 tensile stress 60 austenitic stainless steel 60 NaCl 60 quartz calcite 60 gate electrode 60 zero valent iron 60 chlorite altered 60 kaolinite 60 rhodium Rh 60 titanium oxides 60 tin oxide 60 isotopic compositions 60 Terbium 60 Tonnes Au 60 colluvium 60 intermetallic compounds 60 itabirite 60 μS cm 60 P3HT 60 ignimbrites 60 κ 60 titanomagnetite 60 bornite chalcopyrite 60 meta sedimentary 60 claystone 60 stabilized zirconia 60 adsorbed 60 acid soluble 60 sulphide mineral 60 hydroxides 60 intramolecular 60 zinc sulfide 60 quartz feldspar 60 phosphate P#O# 60 yttrium Y 60 pyrope garnet 60 covalently bonded 60 albite 60 thermally stable 60 sulfides 60 fibrillar 60 peridotites 60 Fig. 2A 60 AlN layer 60 Supergene 60 MoO3 60 chlorite 60 NO3 60 shear modulus 60 copper oxides 60 lanthanum oxide 60 sorption 60 colluvial 60 adduct 60 holmium 59 dopant 59 Fig. 4A 59 olivines 59 fine grained disseminated pyrite 59 Fig. 3B 59 volcanoclastic 59 calcined 59 hematite chlorite 59 minor chalcopyrite 59 hematitic 59 ^ sup -1 59 cm -2 59 allanite 59 niobium oxide Nb#O# 59 fine grained pyrite 59 g t Pt 59 selenide 59 Oxidized 59 k dielectric 59 intensely silicified 59 chloritic 59 #ppm Cu 59 compressibility 59 g/m3 59 phlogopite 59 absorption spectra 59 zinc sulphides 59 carbonyls 59 ceria 59 ellipsoids 59 hydride 59 #ppm Mo 59 MWCNT 59 alloying element 59 komatiite 59 pyrite arsenopyrite 59 Zinc Zn 59 biotite 59 urinary excretion 59 millidarcies 59 GPa 59 monolayer 59 agarose gel 59 beta. 59 iron carbonate 59 reactant 59 hypabyssal 59 adsorption 59 Cr Fe 59 alkali 59 Fe Mg 59 ß carotene 59 Fig. 1a 59 Au t 59 molybdenite mineralization 59 oz Au t 59 pMOS 59 tetragonal 59 sulphide minerals 59 quartz veins containing 59 silicic acid 59 ZnSe 59 flux residues 59 Fe Mn 59 rhenium Re 59 calcium oxide 59 cpht 59 anthracene 59 Pt Pd Au 59 granite gneiss 59 Cu Mo 59 deuterated 59 Fe Ni 59 feldspathic 59 Germanium Ge 59 dimeric 59 % miconazole nitrate 59 SWCNT 59 sulfonated 59 reagent consumption 59 cyclization 59 Molybdenite 59 Lanthanum 59 detrital 59 dielectric permittivity 59 allyl 59 nickel hydroxide 59 sulphide veins 59 QPAC ® 59 magnesium hydroxide 59 weakly magnetic 59 dielectric constants 59 dipole moment 59 Young modulus 59 Nb#O# 59 carboxylic acids 59 Merensky Reef 59 Ag Au 59 μg ml 59 ankerite 59 sylvinite 59 conductive epoxy 59 pyrophyllite 59 desaturase 59 sulphide breccia 59 NH4 + 59 H#SO# 59 #oC [001] 59 finely disseminated 59 Fig. 3A 59 Yttrium Y 59 ethyl ester 59 abundant quartz veining 59 breccias containing 59 nickel chromium 59 xenoliths 59 limonitic 59 Mg Ca 59 gadolinium Gd 59 olivine 59 post perovskite 59 #.#g t silver [002] 59 BIF outcrops 59 % P#O# 59 adsorbent 59 aluminosilicate 59 CdS 59 siderite 59 SAC# 59 calcium lactate 59 flotation concentrate 59 silicification quartz 59 mylonite 59 graphene oxide 59 tetrahedrite 59 carbonyl 59 sulphidic 59 electrical resistivity 59 oz ton Ag 59 g t Pd 59 #ppm [002] 59 aqueous solution 59 #.#μm [001] 58 pyroxenites 58 aluminum oxide 58 covellite 58 femtogram 58 Europium 58 modulus 58 hydrothermal magnetite 58 calorific values 58 austenite 58 ^ sup #m 58 disseminated magnetite 58 pyrrhotite mineralization 58 sphalerite galena 58 equimolar 58 #ppm molybdenum [002] 58 greywackes 58 sulfide 58 ferric oxide 58 +# micron 58 arsenopyrite pyrite 58 silica sulphide 58 Porosity 58 η 58 nitrides 58 bastnasite 58 absorbance 58 manganese dioxide 58 saprolite 58 vibrational modes 58 recrystallization 58 octahedral 58 disseminated pyrrhotite 58 5μm 58 alkynes 58 alkali metal 58 adsorbed onto 58 moisture absorption 58 coercivity 58 WO3 58 friability 58 g cm 58 hydroperoxide 58 #.#g Au t [003] 58 Ferric 58 ultramafic rock 58 limonite 58 tungstate 58 reflowed 58 interfacial layer 58 adsorptive 58 % MoS2 58 monazite 58 Rare Earth Oxides 58 #.#um [001] 58 cytidine 58 SiO 58 flake graphite 58 Hydroxide 58 Fig. 1c 58 raffinate 58 lanthanide 58 recrystallized 58 halide 58 hydrophobicity 58 felsic tuff 58 palladium nanoparticles 58 cordierite 58 Pt + Pd 58 monolayers 58 carnotite 58 nitride 58 anion 58 interfacial tension 58 manganite 58 Chromitite 58 #.degree [001] 58 aggrecan 58 finely disseminated pyrite 58 photon energies 58 ferritic grades 58 nitration 58 catalytically active 58 insitu 58 polymerized 58 phosphorite 58 leach extraction 58 manganese oxides 58 potassically altered 58 carboxylic acid 58 electron density 58 silicic 58 pentane 58 metal cations 58 G# garnets 58 Early Joli Fou 58 #g t Au [001] 58 absorption coefficient 58 weldability 58 NiSi 58 weakly mineralized 58 cyclohexanone 58 K feldspar 58 chalcocite mineralization 58 K2O 58 streptavidin 58 #.#gpt [004] 58 photolysis 58 anomalous Au 58 disseminated chalcopyrite 58 Eq. 58 kimberlite breccia 58 stockwork veining 58 fig. S2 58 AngloGold Ashanti Titiribi 58 chemically inert 58 uraninite 58 biotite magnetite 58 ferrite 58 osteoconductive 58 samarium 58 calcined kaolin 58 silicate dust 58 nonionic 58 acanthite 58 Dy#O# 58 gabbroic rocks 58 boron 58 hematite alteration 58 Y Zr 58 β carotene 58 magnesium stearate 58 ppm lithium 58 iron oxides 58 alkyne 58 phosphoprotein 58 permittivity 58 supergene copper 58 vuggy 58 1g t 58 schistose 58 barium sulphate 58 ^ Tc 58 Å -1 58 micrometer scale 58 hydrous 58 niobate 58 superlattice 58 microdiamonds 58 hydrides 58 purities 58 zinc selenide 58 uranyl 58 YBCO 58 emittance 58 PLLA 58 chromitite 58 CaCO 3 58 muscovite 58 Ce#O# 58 Fig. 2a 58 tensile strain 58 hydroxyapatite 58 anomalous REE 58 humic acids 58 monohydrate 58 chlorite sericite 58 tetrahydrofuran THF 58 adsorption isotherms 58 inorganic ions 58 solubilize 58 massive pyrrhotite 58 hypogene mineralization 58 MnO2 58 tuffaceous rocks 58 aluminum gallium indium 58 volcaniclastics 58 dichromate 58 melt viscosity 58 Rhenium Re 58 glucans 58 chalcedonic 58 olivine macrocrysts 58 Fig. 3b 57 Cu Ni Pt Pd 57 Annexin V 57 Cu Pb Zn 57 TCu 57 bismuth Bi 57 ferroelectricity 57 hexamers 57 aluminous 57 ferritic stainless steel 57 bilayers 57 HfSiON 57 Sulfide 57 nanomolar 57 Rare Earth Oxides TREO 57 mu g 57 eU#O# 57 sulphate 57 europium 57 catechol 57 anions 57 felsic intrusive rocks 57 Aerogels 57 chondritic 57 % Fe#O# 57 agglomerates 57 resists corrosion 57 magnetization 57 sintered 57 kg/m3 57 hornblende 57 Au Ag Cu Pb 57 radiometric readings 57 Calcium carbonate 57 dextran 57 #.#g t [004] 57 sulfide bearing 57 Dysprosium 57 thermoplastic polyester 57 -Comitan 57 pyrite altered 57 fuchsite 57 fucoidan 57 InN 57 graphene layers 57 germanium antimony 57 spodumene rich 57 barium carbonate 57 Cyanidation 57 sericitic 57 ppm Au 57 silica substrate 57 dielectric strength 57 variably silicified 57 #,# dimethyl 57 g t AuEq 57 disseminated sulfide 57 Fig. 2B 57 polyaniline 57 disulfide 57 platinum nanorods 57 sulphide 57 Quartz vein 57 thermoplastic polymer 57 conductance 57 oligomeric 57 #g t [001] 57 felsic rocks 57 fig. S6 57 rhyolite tuff 57 Gd#O# 57 ammonium sulphate 57 La#O# 57 endonuclease 57 serpentinized peridotite 57 isotropic 57 pegmatitic 57 stockwork veins 57 chalcopyrite pyrite 57 disseminated sphalerite 57 Sulfate 57 realgar 57 extrusive 57 lutetium plus yttrium 57 goethite 57 quartz carbonate veining 57 Nanocrystalline 57 Ni Fe 57 carboxymethylcellulose 57 kcal mol 57 photoconductive 57 substituents 57 fig. S1 57 water vapor permeability 57 aragonite 57 phyllosilicate 57 UO2 57 anomalous Cu 57 calcic 57 gm tonne 57 mercury Hg 57 covalently linked 57 vanadate 57 surficial 57 quartz adularia 57 pyrite mineralization 57 fragmental 57 J1B 57 Au Eq 57 eutectic alloy 57 dispersive 57 hematoxylin 57 miconazole nitrate 57 fused silica 57 sitosterol 57 amphibole 57 deoxy 57 sulfidation 57 Boron Nitride 57 quartz alunite alteration 57 mineralized mafic 57 disseminated sulfides 57 biphenyl 57 ppm U 57 weakly anomalous 57 diffusivity 57 Au Cu Ag 57 Fig. 1b 57 ^ sub 57 electroless copper 57 telluride 57 finely dispersed 57 octyl 57 ARPES 57 methoxy 57 magnetite ilmenite 57 clasts 57 dickite 57 ZnO 57 wireframed 57 austenitic stainless steels 57 porphyrin 57 eU 3 57 tellurium Te 57 homodimer 57 isotopic ratios 57 Nb 57 barium sulfate 57 #ppb gold 57 eclogite 57 saprolite ore 57 hexadecane 57 resistive element 57 skarn alteration 57 TiO 57 ppm Nb 57 magnesium carbonate 57 APTIV film 57 cm ^ sup 57 micronized 57 Fig. 4a 57 pyrrhotite pyrite 57 triacylglycerols 57 carbonatized 57 ohm cm 57 copper sulphides 57 calc silicates 57 rhyolites 57 oxidized 57 pathfinder element 57 scintillator 57 #.#gpt [001] 57 triacylglycerol 57 viscosity 57 agarose 57 solubilization 57 unmineralized 57 nanometric 57 wettability 57 Acrylate 57 Li2O 57 cm ² 57 zero valent 57 flowability 57 butylene 57 gallium indium 57 Yttrium 57 wettable 57 % Cu Eq 57 t# c# CLA 57 phyllite 57 PO4 57 pyrite pyrrhotite chalcopyrite 57 pyritic 57 chromitite layers 57 electron mobility 57 porosities 57 nanopowder 57 Fig. 2c 57 Ilmenite 57 medium grained 57 pyritized 57 averaging #.#g t [003] 57 crustal rocks 57 leachable copper 57 strontium titanate 57 Cu 57 quartz pyrite 57 GaN layer 57 copper sulphide mineralization 57 mineralized pegmatite 57 Cu Au Mo 57 supernatant 57 Li# 57 Sn Cu 57 Ni Zn 57 dimethyl 57 chromatograms 57 magnetite alteration 57 polycrystalline 57 cerium oxide 57 cuprate 57 feldspars 57 alteration halos 57 albitite 57 inorganic salts 57 inhomogeneity 57 exhalite 57 lithium hydride 57 calcium Ca 57 cadmium Cd 57 zirconium dioxide 57 creatinine ratio 57 LiNbO3 57 epithermal mineralization 57 particle morphology 57 pyroxenite 57 metavolcanic 57 Alaskite 57 tocopherol 57 monosaccharide 57 fluorite mineralization 57 redox active 57 polymer matrix 57 voltage coefficient 56 calcium carbonates 56 titanium oxide TiO 56 B#O# 56 sulphidation 56 yr -1 56 chalcopyrite bornite 56 magnesium salts 56 methylene 56 andesitic 56 As Sb Hg 56 g t Gallium 56 YSZ 56 Sulphides 56 metallisation 56 halides 56 sulfide ores 56 potash KCl 56 peroxidase 56 dysprosium oxide 56 circular dichroism 56 oxides TREO 56 haematite 56 gAu tonne 56 eluvial material 56 #ppb [001] 56 % eU#O# 56 oxides 56 Pt Pd 56 doped silicon 56 polyacrylate 56 site directed mutagenesis 56 magnesium ion 56 brecciated quartz 56 bovine serum albumin 56 polyimides 56 alpha helix 56 asparagine 56 carbonaceous mudstone 56 volcaniclastic rocks 56 dielectrics 56 hydrolysis 56 chromated 56 Phenylalanine 56 quartz ankerite 56 alkane 56 nitric 56 SiON 56 elastic moduli 56 thermodynamically stable 56 yttrium barium copper 56 epitaxial silicon 56 transparent electrode 56 physico chemical properties 56 propanol 56 nMOS 56 Au g tx 56 nanoporous 56 + Pd 56 pyrite veinlets 56 sulphidized 56 bornite 56 sulphides 56 inhomogeneities 56 quartz carbonate vein 56 -1 ^ 56 garnet skarn 56 elements HREE 56 quartz alunite 56 self assembled monolayers 56 trabecular 56 silicate glass 56 Au Pd 56 oxide sulfide 56 mineable widths 56 polyelectrolyte 56 pyrite alteration 56 capacitances 56 actinolite 56 proteinaceous 56 annexin V 56 leach kinetics 56 collagen fibrils 56 elements lanthanum 56 Ca2 + 56 Cu mineralization 56 chalcopyrite mineralization 56 Molybdenum Mo 56 cerium lanthanum 56 polydimethylsiloxane PDMS 56 3g t 56 peroxidation 56 #μ 56 mineralizations 56 oxide thickness 56 1ppm