Related by context. All words. (Click for frequent words.) 78 SiO 2 75 Al#O# 74 hafnium oxide 73 MgO 72 MoS2 70 CaO 70 ZrO 2 70 platinum Pt 70 palladium Pd 70 TiO 2 68 FeO 68 Cr#O# 68 calcium fluoride 67 CdSe 67 silica SiO2 67 ZnS 67 crystallinity 67 vanadium oxide 67 ZnSe 67 dielectric constant 67 Fe#O# 66 silicon Si 66 zirconium oxide 66 1μm 66 W mK 66 TiN 66 PbS 66 MWCNTs 66 neodymium Nd 65 MnO 65 AlGaN 65 copper Cu 65 Copper Cu 65 ZrO2 65 Si substrate 65 MWNT 65 martensitic 65 gate dielectrics 65 pyroxene 65 HfO2 65 manganese oxide 65 praseodymium 64 boron nitride 64 Terbium Tb 64 lithium oxide 64 crystallites 64 yttrium oxide 64 Zr 64 oxides 64 lanthanum La 64 t/m3 64 Cu Ag 64 #m@#.# % [002] 63 molybdenite MoS2 63 Sn 63 oxide thickness 63 paramagnetic 63 g cc 63 CaF2 63 Lanthanum La 63 perovskite 63 dielectric layers 63 silicide 63 Cu Pb 63 tin Sn 63 HfSiON 63 aluminum oxide 63 epidote 63 magnesium Mg 63 PLLA 63 molybdenum disulfide 63 NiSi 63 APTIV film 63 Young modulus 63 neodymium praseodymium 63 gate electrode 63 elastic modulus 63 P#O# 63 cementite 63 mesoporous 63 Ta#O# 63 CMOS transistors 63 unoxidized 63 gm tonne 63 undoped 63 Zinc Oxide 62 uranophane 62 plagioclase 62 arsenide 62 CaCO3 62 nanomesh 62 niobium oxide 62 potassium feldspar 62 InAs 62 pyrite marcasite 62 cadmium Cd 62 nickel Ni 62 intermetallic compounds 62 anionic 62 intergranular 62 BeO 62 intermetallic 62 barium titanate 62 monolayer 62 k dielectric 62 eutectic 62 tin oxide 62 μm diameter 62 holmium 62 AlN 62 CuT 62 Y#O# 62 ferrite 62 μm thick 62 Li#CO# 62 Nb Ta 62 biotite rich 62 dielectrics 62 #.#μm [001] 62 lutetium 61 isotope fractionation 61 #um [002] 61 % Nb#O# 61 #.#um [001] 61 #μm [002] 61 stoichiometry 61 Bulk density 61 poly L lysine 61 MWNTs 61 lanthanum aluminate 61 HREO 61 nanometric 61 GaN layer 61 pearlite 61 fused silica 61 dopant 61 superlattice 61 Zinc Zn 61 Pt Pd Au 61 electrically insulating 61 Cu Pb Zn 61 Nb 61 SWCNT 61 CdS 61 dielectric materials 61 ε 61 micrometer sized 61 cadmium selenide 61 #μm [001] 61 gravimetric method 61 Fe Mg 61 silicate 61 sericite 61 zinc Zn 61 % P#O# 61 Nd#O# 61 agarose gel 61 eclogitic 61 pentlandite 61 LREE 61 silicon dioxide 61 iron sulphides 61 PEDOT PSS 61 antimony Sb 61 regrind 61 Lanthanum 61 P3HT 61 graphitic carbon 61 NaOH 61 YBCO 61 μS cm 61 InGaN 61 Silicon Dioxide 61 Chalcopyrite 61 manganite 61 yttrium Y 61 carbides 61 aluminum nitride 61 icosahedral 61 Sulphides 61 #ppm Cu 61 ZnO 61 Europium 61 cordierite 61 thermal conductivities 61 pMOS 61 molybdenite 61 molybdenum Mo 61 mu m 61 compressive stress 61 niobium Nb 61 polybutadiene 61 cerium Ce 61 partially oxidized 60 cherty 60 tensile modulus 60 anhydrite 60 antiferromagnetic 60 AlN layer 60 silicon dioxide SiO2 60 Cu Eq 60 serpentinized peridotite 60 ppm Nb 60 isotropic 60 nMOS 60 Mg Fe 60 indium gallium 60 alloying elements 60 anions 60 gallium indium arsenide 60 nanotube arrays 60 trabecular 60 iron oxides 60 gallium indium 60 Yb 60 2μm 60 Sulfide 60 polyaniline 60 interfacial layer 60 CuO 60 U Th 60 -# mesh 60 Fe Mn 60 anatase 60 wettable 60 weldability 60 thermal decomposition 60 pentoxide 60 #ppm U 60 yttrium barium copper 60 rhodium Rh 60 formate 60 GPa 60 tantalum oxide 60 dielectric constants 60 chlorite sericite 60 fluorapatite 60 oz Au t 60 Ytterbium 60 coarser grained 60 H#SO# 60 albite 60 tensile stress 60 conductance 60 diopside 60 Molybdenite 60 hydrophobicity 60 macrocrystic 60 K2O 60 martensite 60 processability 60 inorganic salts 60 lutetium plus yttrium 60 samarium 60 apatite 60 Oxides 60 conductivities 60 gAu tonne 60 Fig. 1a 60 Epitaxial 60 gate dielectric 60 UV absorbance 60 scheelite 60 chalcocite 60 Ag Pb 60 g t Pt 60 enargite 60 silica 60 SDS PAGE 60 silicon nitride 60 disseminated pyrrhotite 60 oz ton Ag 60 Holmium 60 Nd YAG 60 cerium 60 % Fe#O# 59 + Pd + 59 planarity 59 ARPES 59 TiO 59 ytterbium 59 photoconductive 59 intensely silicified 59 leachability 59 acid soluble 59 kcal mol 59 felsic intrusive rocks 59 zirconium dioxide 59 trioxide 59 variably silicified 59 dielectric layer 59 magnesium stearate 59 finely disseminated pyrite 59 wettability 59 gadolinium Gd 59 ppm boron 59 pyrite chalcopyrite sphalerite 59 refractive indices 59 microcrystalline 59 lanthanum oxide 59 #ppm Mo 59 CeO 2 59 NaCN 59 heterostructures 59 Zeolites 59 cm -2 59 -# mV [002] 59 volcaniclastics 59 silicate glass 59 Terbium 59 modulus 59 magnetic susceptibility 59 hydroxyapatite 59 vanadium pentoxide V#O# 59 5μm 59 La#O# 59 Calcium carbonate 59 cuprates 59 ankerite 59 conductivity 59 chromium oxide 59 permittivity 59 aqueous dispersion 59 absorbance 59 microcavities 59 magnesium oxide 59 mK 59 Tellurium 59 ppm Pb 59 strontium titanate 59 epitaxial layer 59 iron arsenide 59 kainite 59 Ruthenium 59 goethite 59 nitride 59 tensile strain 59 ilmenites 59 Fe oxide 59 pyrophyllite 59 aluminum silicate 59 semiconductive 59 Supergene 59 peridotites 59 dihydrate 59 LiNbO3 59 cm ² 59 ppm Zn 59 cm -3 59 conductive epoxy 59 aluminosilicate 59 Oxidized 59 insolubles 59 capacitances 59 g/cm3 59 sphalerite galena 59 calcium sulphate 59 cored wire 59 NO3 59 silicate dust 59 #μ 59 europium 59 nickel hydroxide 59 dunite 59 zinc oxide ZnO 59 hydrous 59 ductility 59 SiO 59 electrical resistivity 59 disaccharide 59 silicified porphyry 59 massive pyrrhotite 59 intramolecular 59 nanopowder 59 K feldspar 59 greisen 59 shear modulus 59 Aerogels 59 oxide 59 octyl 59 GaP 59 graphitic 59 hydroxides 59 titania 58 PO4 58 doped silicon 58 #g t Au [002] 58 silica spheres 58 extrusive 58 copper metallization 58 gangue 58 pyrites 58 unreacted 58 kaolinite 58 metallisation 58 quartz feldspar 58 copper oxides 58 covellite 58 stabilized zirconia 58 Arsenide 58 % CuT 58 antireflection 58 sulphide minerals 58 indium tin oxide 58 palladium nanoparticles 58 zinc selenide 58 metallic ions 58 chromitite layers 58 Dy#O# 58 inhomogeneity 58 #ppb gold 58 metal oxides 58 silicate rocks 58 flowability 58 absorption coefficient 58 reaction kinetics 58 siliceous 58 zero valent iron 58 hypabyssal 58 titanium oxide TiO2 58 ppm U 58 #ppm molybdenum [002] 58 titanate 58 cathodic 58 parasitic capacitance 58 As Sb Hg 58 sintered 58 aluminate 58 quinone 58 Mg Li 58 Fig. 1A 58 ^ sup -1 58 Lutetium 58 Silicon Nitride 58 planarization 58 chemically inert 58 selenide 58 Au t 58 carbonyls 58 particle sizes 58 tungsten oxide 58 nanocrystalline 58 tonalite 58 oxide layer 58 Pt + Pd 58 calcined 58 weakly magnetic 58 g cm 58 Spodumene 58 anthracene 58 calcined kaolin 58 Cu interconnects 58 coercivity 58 Sulfate 58 superparamagnetic 58 cerium oxide 58 epitaxial silicon 58 pyrite pyrrhotite 58 electroless copper 58 hypogene mineralization 58 InN 58 QDs 58 nanoporous 58 epoxides 58 chrome diopside 58 variograms 58 actinolite 58 transparent conductive oxides 58 dielectric 58 flux residues 58 lanthanum neodymium 58 anisotropic 58 % MoS2 58 graphite oxide 58 biotite 58 Au Pt 58 Inconel 58 homopolymer 58 trivalent chromium 58 olivine rich 58 chlorite altered 58 limestone xenoliths 58 Nanocrystalline 58 κ 58 monodisperse 58 pyrophosphate 58 nitrided 58 Î ¼ 58 polyimides 58 pyrite arsenopyrite 58 Cu Equivalent 58 polyacrylate 58 differential scanning calorimetry 58 diene 58 dipole moment 58 oz ton silver 58 silicate minerals 58 gelation 58 bornite chalcopyrite 58 Germanium 58 WO3 58 potassically altered 58 pyrochlore 58 sulfonated 58 Mn Fe 58 Germanium Ge 58 #.#g t [004] 58 diethyl 58 beryllium oxide 58 tuffaceous sediments 58 ksi 58 % Cu #.#g 58 thermally stable 58 bioactive glass 58 metres@#.# % [002] 58 inorganic ions 58 magnetic permeability 58 micrometre 58 silicas 58 pentacene 58 electroless 58 silica substrate 58 Alaskite 58 μm 58 dickite 58 La Ce Pr 58 peridotitic 58 compressive strength 58 alkali 58 electrodeposition 58 wallrock 58 microcavity 58 Dysprosium Dy 58 sylvinite 58 silicification quartz 58 uranyl 58 inhomogeneities 58 cadmium selenium 58 uniaxial 58 cadmium chloride 58 quartz veins containing 58 Ferric 58 YSZ 58 abundant quartz veining 58 #.#nm [002] 58 AlGaAs 58 goethite hematite 58 covalently bonded 58 quartz sericite pyrite 58 Acrylate 58 Permeability 58 aragonite 58 Boron Nitride 58 #ppb Au [002] 58 Thickness 58 #g t [001] 58 chalcopyrite copper 58 Aluminum Oxide 58 #.#g t silver [003] 57 #g t [003] 57 Rare Earth Oxides TREO 57 manganese dioxide 57 Nd 57 electron mobility 57 Gd#O# 57 hematite magnetite 57 Å -1 57 illite 57 semiconducting 57 thermally conductive 57 mol 57 chlorite 57 #.#g Au t [003] 57 Ag Au 57 mm ² 57 Aluminum Nitride 57 Cyanidation 57 ignimbrites 57 reflowed 57 micron thick 57 nonionic 57 + Pd 57 bilayers 57 Pt Pd 57 tungsten trioxide 57 rhenium Re 57 crackle breccia 57 spinel 57 ceria 57 oxidised 57 carbonaceous mudstone 57 oxide sulphide 57 phosphorite 57 uraninite 57 Hafnium 57 titanium nitride 57 magnetite ilmenite 57 cadmium sulfide 57 indium tin oxide ITO 57 vein stockworks 57 Fig. 2b 57 SiON 57 feldspathic 57 nitrogen NOx emissions 57 magnesium oxide MgO 57 absorption spectra 57 refractive index 57 germanium antimony 57 Conductivity 57 halide 57 birefringence 57 rheological 57 KCl 57 copper sulfide 57 niobium oxide Nb#O# 57 colluvium 57 sericite chlorite 57 dB insertion loss 57 calcite 57 MPa 57 tensile strengths 57 monolayers 57 eutectic alloy 57 analyte 57 oxide particles 57 finely disseminated 57 polysulfone 57 graphene layers 57 diffusivity 57 purities 57 microstructural 57 manganese oxides 57 chlorite carbonate 57 copper interconnects 57 sorption 57 quartz calcite 57 ppm Cu 57 Nb#O# 57 cm ^ sup 57 LREO 57 carbonaceous 57 garnet biotite 57 g t Gallium 57 Copper Equivalent 57 barium carbonate 57 specular hematite 57 low k dielectric 57 dichromate 57 amorphous silica 57 electron doped 57 multilayers 57 Cu 57 polycrystalline 57 Yellow Ex Kandla 57 eudialyte 57 silicon oxide 57 zirconium oxide ZrO2 57 meV 57 transmissivity 57 carbonate veins 57 hydrothermal magnetite 57 femtogram 57 quartz alunite alteration 57 sulphidic 57 TEOS 57 pyrope garnets 57 calcium sulfate 57 calcium Ca 57 chalcopyrite mineralization 57 post perovskite 57 MOS transistors 57 fine grained pyrite 57 1g t 57 hexadecane 57 Zn 57 biphenyl 57 hydroxide 57 stockwork veining 57 PZT 57 titanium oxides 57 chalcopyrite chalcocite 57 tricalcium phosphate 57 nickel chromium 57 silicon oxynitride 57 olivines 57 Mg Ca 57 transparent electrode 57 anodic 57 reagent consumption 57 allanite 57 NaCl 57 Cerium Lanthanum 57 Erbium 57 monazite 57 Sn Cu 57 insitu 57 breccias containing 57 eluted 57 +# micron 57 g t indium 57 #.#g t Ag [002] 57 submicrometer 57 Porosity 57 amphibole 57 carbon steels 57 lattice mismatch 57 silicate mineral 57 Cr Fe 57 pyrite galena 57 optically transparent 57 Au Pd 57 interfacial 57 SWNTs 57 Sulfides 57 moisture absorption 57 zinc sulphide 57 thermal conductivity 57 borosilicate 57 chalcopyrite pyrite 57 #ppm [002] 57 #.#gpt [004] 57 magnesium silicate 57 hematitic 57 sodium chloride NaCl 57 medium grained 57 Ag Cu 57 gadolinium oxide 57 % miconazole nitrate 57 elements lanthanum 57 Repeatability 57 unmineralized 57 disseminated arsenopyrite 57 quartz sericite 57 g t Rubidium 57 Platinum Pt 57 excellent solderability 57 pyrite pyrrhotite chalcopyrite 57 transparent conductive 57 desorbed 57 #m Tc 57 collagen fibrils 57 silica nanoparticles 57 Quartz vein 57 micrometer scale 57 austenitic stainless steel 57 Polycrystalline 57 barium sulfate 57 PEEK OPTIMA 57 aqueous solution 57 nanosized particles 57 graphene oxide 57 ohm cm 57 Titanium Oxide 57 tungstate 57 anomalous Au 57 atomically smooth 57 dysprosium oxide 57 photoemission 57 RO membrane 57 pyroxenite 57 SAC# 57 aluminum nitride AlN 57 thicknesses 57 ppm eU#O# 57 brecciated quartz 57 NiEq 57 nonmagnetic 57 #g t Au [001] 57 pyroxenites 57 anomalous Cu 57 fig. S2 57 wafer thickness 57 colloid 57 beta. 57 calcium oxide 57 stoichiometric 56 kimberlite breccia 56 geopolymer 56 MoO3 56 Conductive Polymer 56 xenoliths 56 #ppb [001] 56 mylonite 56 microporous 56 ENIG 56 Si substrates 56 compressibility 56 PCBM 56 1ppm 56 γ 56 vanadate 56 gabbroic rocks 56 fine grained disseminated pyrite 56 bismuth telluride 56 minor chalcopyrite 56 agarose 56 sericite schists 56 polysiloxane 56 SAXS 56 SiC substrates 56 nanolayers 56 particle morphology 56 Fig. 2A 56 pyrope 56 hematite chlorite 56 GaN nanowires 56 disseminated chalcopyrite 56 β carotene 56 gm t Au 56 Rhodium Rh 56 thermal EMF 56 clasts 56 HREO TREO 56 photon energies 56 Yampi Member 56 quartz carbonate veining 56 Yttrium 56 enthalpy 56 oxide TREO 56 adsorption isotherms 56 zinc sulfide 56 sylvite 56 breccia matrix 56 magnetite concentrates 56 Felsic 56 vibrational modes 56 copper #.#g t [002] 56 disseminated sphalerite 56 specularite 56 chalcopyrite sphalerite 56 kg/m3 56 colloidal nanocrystals 56 CO3 56 α β 56 solder bumps 56 Ce#O# 56 extractables 56 Rare Earth Oxides 56 m z 56 λ 56 dimeric 56 ferromagnetic 56 QPAC ® 56 Pb 56 aluminum gallium nitride 56 eclogite 56 ferromagnetism 56 phosphate P#O# 56 olivine 56 aliphatic 56 m@#.# g t Au [002] 56 sulphide mineral 56 oxyhemoglobin 56 polymer matrix 56 electrical conductivity 56 mantle xenoliths 56 matte tin 56 C#H# 56 muscovite 56 coating thickness 56 #.#ppm [001] 56 Metallization 56 titanium oxide TiO 56 micrometre scale 56 ferric 56 Thicknesses 56 carboxymethylcellulose 56 Hardness 56 silicon substrate 56 heap leach recoveries 56 comminution 56 leaded solder 56 austenitic stainless steels 56 calc silicates 56 silicates 56 copper oxide 56 Nitrogen NOx 56 resistive element 56 ammonium ions 56 titanium oxide 56 heterojunction 56 Tonnes Au 56 % eU#O# 56 pyrrhotite 56 ZnO nanowires 56 weakly anomalous 56 dipole dipole 56 1nm 56 Mobile Metal Ions 56 Cu Ni Pt Pd 56 absorber layers 56 compressive stresses 56 carbonyl 56 InGaAs 56 stockwork veins 56 spherical particles 56 sulfides 56 tellurium Te 56 thickness uniformity 56 PEDOT 56 emission spectroscopy 56 chalcopyrite bornite 56 Zirconium Zr 56 Adsorption 56 elements HREE 56 ppm Au 56 carnallite 56 chromites 56 sericitic 56 vinyl ester 56 diisocyanate 56 FWHM 56 eU#O# 56 intersected #.#m [001] 56 laser annealing 56 gms tonne silver 56 alloying element 56 EVOH 56 plasma etching 56 m downhole 56 absorption spectroscopy 56 isotopic ratios 56 kT 56 ferric oxide 56 sulphide breccia 56 mineralization assaying 56 #m@#.# g t Au [007] 56 copper sulphides 56 Fe Ni 56 vuggy 56 sulphide stringers 56 dihydrogen 56 phyllite 56 leucoxene 56 NH4 + 56 ppm Mo 56 Czochralski 56 Sn Pb 56 SWNT 56 thermo mechanical 56 veins stockworks 56 chromium nickel 56 silicon substrates 56 nanobelts 56 #.degree [001] 56 uranium thorium 56 molybdenum sulphide 56 CoO 56 feldspar 56 carbonaceous material 56 thermal conductance 56 polymerized 56 dielectric permittivity 56 Nucleation 56 nanometers nm 56 FinFETs 56 ferritic 56 PIN photodiode 56 η 56 thiosulfate 56 submicron 56 biominerals 56 adsorptive 56 pyrite altered 56 methylene 56 sulfidic 56 alkyl 56 indium gallium arsenide 56 magnesium hydroxide 56 electrical conductance 56 thermoset rubber 56 hexagonal lattice 56 voltage coefficient 56 basaltic rocks 56 quartz pyrite 56 .3 microns 56 yttrium 56 yttria stabilized zirconia 56 g t Ta 56 silica sulphide 56 dual damascene 56 anisotropy 56 trimethylamine 56 sodium potassium chloride 56 micronised 56 granitoids 56 hydride vapor phase 56 supernatant 56 1g t Au 56 Phenolic 56 thermosetting 56 microstructures 56 passivated 56 block copolymer 56 oxides TREO 56 borosilicate glass 56 Propionate 56 mercury Hg 56 mΩ