Related by context. All words. (Click for frequent words.) 60 cm -2 60 Terbium 60 La Ce Pr 59 U Th 59 σ 59 CaO 59 PO4 59 MnO 59 cerium Ce 59 neodymium Nd 59 LREE 58 Gd#O# 58 Zr 58 praseodymium 58 plagioclase 58 SiO 2 57 SiO2 57 niobium Nb 57 absorption coefficient 57 Tl 57 platinum Pt 57 keV 57 Terbium Tb 57 Yb 57 Fe Mg 57 cm -3 56 Holmium 56 δ 56 lanthanum La 56 Fe#O# 56 holmium 56 Nb 56 As Sb Hg 56 kT 56 Rubidium 56 ε 56 anisotropy 56 Nd YAG 56 Nb Ta 56 Nd#O# 56 ZrO 2 56 pyrope garnets 55 rhenium Re 55 ilmenites 55 Ho Er Tm 55 FeO 55 cm -1 55 Y#O# 55 samarium 55 yttrium Y 55 Ytterbium 55 stoichiometry 55 Mpc 55 linewidth 55 GPa 55 ZrO2 55 Cr#O# 55 Ta#O# 55 gadolinium Gd 55 Mn Fe 55 g cm 55 #ppm U 55 kcal mol 55 electron volt 54 La#O# 54 perovskite 54 nH 54 dipole moment 54 γ 54 diopside 54 Fig. 3B 54 hafnium oxide 54 mol 54 mK 54 Mg Li 54 meV 54 fig. S2 54 NMR spectra 54 dipolar 54 #m@#.# % [002] 54 Eq. 54 deoxy 54 palladium Pd 54 mT 54 lutetium 54 #ppm Cu 54 1μm 54 microcavity 54 Y Zr 54 nT 54 TiO 54 calcium fluoride 54 yr -1 54 #ppb [003] 54 Sb 54 HfO2 54 birefringence 53 crystallites 53 Mg Fe 53 Yttrium 53 ppm Cu 53 fluorescence emission 53 fig. S1 53 Myr 53 pyroxene 53 absorbance 53 electronvolts 53 polycrystalline 53 chondrites 53 MoS2 53 elements lanthanum 53 antimony Sb 53 Lutetium 53 ppm Pb 53 uranium thorium 53 Cu Pb Zn 53 shear modulus 53 LREO 53 Dysprosium 53 Ag Cu 53 ytterbium 53 ppm U 53 Fig. 1A 53 arcmin 53 diffusivity 53 HiLyte Fluor ™ 53 yttrium oxide 53 CdS 53 Fig. 2B 53 SiO 53 Å -1 53 Supplementary Table 53 photoionization 53 Eu#O# 53 η 53 Fig. 3b 53 Europium 53 θ 53 t Ag 53 t/m3 53 neodymium praseodymium 53 W mK 53 tetragonal 53 IR spectra 53 cerium 53 Cr Fe 52 dispersive 52 Thulium 52 anomalous bismuth 52 specularite 52 biotite 52 Lanthanum La 52 #ppb [001] 52 ppm Zn 52 #mV V 52 ppm boron 52 CAIs 52 Fig. 1a 52 Neodymium 52 pyrochlore 52 Au Pd 52 Zn 52 -1 ^ 52 Mg Ca 52 NO3 52 Sulfide 52 √ Hz 52 fermion 52 neodymium 52 fig. S3 52 CdSe 52 Tellurium 52 Fig. 3A 52 Fig. 3C 52 Al#O# 52 isotopic compositions 52 Fig. 1b 52 Fig. 2b 52 photoelectron 52 vanadate 52 CuO 52 ppm Nb 52 g t Gallium 52 ^ sup -1 52 N acetyl 52 dielectric constant 52 κ 52 Au Ag Pb Zn 52 g t Pt 52 Copper Cu 52 MgO 52 Cu Pb 52 quasiparticle 52 ellipsoids 52 olivine 52 pyrope 52 τ 52 anomalous REE 52 ρ 52 arcsec 52 copper Cu 52 Â ± 52 Fe Mn 52 Fig. 2A 52 Pt Pd Au 52 iron arsenide 52 HREO 52 MeV 52 Figs. 52 electron density 51 ppm ppm ppm ppm 51 Fig. 4A 51 anthracene 51 Qtz 51 pyrite marcasite 51 isotope fractionation 51 + Pd 51 magnesium Mg 51 GeV 51 #ppm [002] 51 electrical resistivity 51 conductance 51 photon energies 51 g t Rubidium 51 Supplementary Fig 51 Dy#O# 51 Deuterium 51 dB insertion loss 51 Femtosecond 51 #m Tc 51 NiEq 51 μS cm 51 illite 51 Pd 51 μm wavelength 51 Fig. 2a 51 ms -1 51 m@#.# 51 dopant 51 cm ² 51 Li#CO# 51 sylvite 51 ankerite 51 fluorapatite 51 1ppm 51 #.#nm [002] 51 isotropic 51 lutetium plus yttrium 51 cadmium Cd 51 Ozone O3 51 Au Pt 51 octyl 51 % Nb#O# 51 SO4 51 #ppb gold 51 #.#mV 51 disseminated chalcopyrite 51 Zinc Zn 51 pMOS 51 g t Niobium 51 sodium potassium chloride 51 Chalcopyrite 51 nickel Ni 51 FWHM 51 m z 51 mu m 51 abundant quartz veining 51 NaCN 51 Si substrate 51 electron mobility 51 monazite 51 adsorbate 51 quartz feldspar 51 mrad 51 iridium 51 μm thick 51 zirconium oxide 51 circular dichroism 51 #.#um [001] 51 μg L 51 photoemission 51 coercivity 51 Photoemission 51 erbium 51 Sn 51 Cu Ag 51 Fig. 4c 51 lanthanides 51 peridotitic 51 Felsic 51 rhodium Rh 51 electron doped 51 cytochrome 50 gm tonne 50 InAs 50 ppm Mo 50 Oxidized 50 g/cm3 50 ZnS 50 fluorescence intensity 50 Yb Lu 50 Anisotropy 50 #,# dimethyl 50 oxides 50 pentoxide 50 oxyhemoglobin 50 Fe Ni 50 z = 50 Quartz vein 50 crystallinity 50 intersected #.#m [001] 50 arcsecond 50 allanite 50 4H SiC 50 hypabyssal 50 cementite 50 Î ¼ 50 tantalum Ta 50 post perovskite 50 epidote 50 aragonite 50 Titanium Oxide 50 isotopic ratios 50 medium grained 50 Spectroscopic 50 Rubidium Rb 50 -Dins 50 mmol 50 carbonaceous chondrites 50 microcavities 50 Dysprosium Dy 50 coarser grained 50 SNe Ia 50 cm ^ sup 50 calcium phosphorous 50 PbS 50 MWNT 50 silicon Si 50 LiNbO3 50 strange quarks 50 pyrite pyrrhotite 50 spinel 50 μm diameter 50 pulse durations 50 Figure 4a 50 ° sec 50 circularly polarized 50 CeO 2 50 gigapascals 50 sericite 50 Rare Earth Oxides TREO 50 radiometry 50 europium 50 zirconium Zr 50 Josephson junction 50 g t Ta#O# 50 μm 50 paramagnetic 50 ellipsoidal 50 kDa 50 excitation energies 50 UV photons 50 antiferromagnetic 50 specular hematite 50 Raman spectra 50 silicates 50 polariton 50 phlogopite 50 NH4 + 50 Cu mineralization 50 mm ^ sup 50 covellite 50 + Pd + 50 magnetization 50 lanthanum strontium 50 dickite 50 squared ID2 50 schistose 50 5μm 50 ZnO 50 orbital eccentricity 50 Au Eq 50 kpc 50 photodiode array 50 resonance frequency 50 anorthosite 50 Fig. 4a 50 Pt Pd 49 oxides TREO 49 Zirconium Zr 49 ν 49 λ 49 chlorite sericite 49 fig. S6 49 potassium feldspar 49 silica SiO2 49 pentlandite 49 Fig. 49 G# garnets 49 mH 49 olivines 49 microvolts 49 elements HREE 49 albitite 49 redox sensitive 49 surface plasmon resonance 49 Fig. 3c 49 CaF2 49 Pt + Pd 49 pnictides 49 Fig. 4B 49 electron scattering 49 sulfides 49 Cu Equivalent 49 Er YAG 49 dysprosium oxide 49 ppm Ni 49 ³ ³ 49 tellurium Te 49 femtogram 49 metallicity 49 eclogitic 49 Fv 49 magnetic susceptibility 49 powder diffraction 49 pyrite altered 49 Ce#O# 49 gravitational redshift 49 bornite chalcopyrite 49 COOH 49 quantum oscillations 49 absorption spectra 49 calcium Ca 49 ,#,# [002] 49 Au Cu Ag 49 polymetallic Au Ag 49 tantalum oxide 49 Fig. 1c 49 P#O# 49 glutamyl 49 quartz pyrite 49 methoxy 49 P3HT 49 ω 49 thulium 49 spatially resolved 49 Fig. 1E 49 Mg 49 #nm wavelength [001] 49 conductivity 49 isomeric 49 tungstate 49 Fabry Perot 49 Coulomb blockade 49 copper sulfide 49 microfocus 49 Cerium Ce 49 actinolite 49 ARPES 49 Cu Zn 49 carbonate veins 49 YSZ 49 martensitic 49 Lanthanum 49 fulvic acids 49 Tb#O# 49 Tin Oxide 49 crustal rocks 49 Schematic diagram 49 Au Ag Cu Pb 49 substituents 49 granitoids 49 AlN 49 arcminutes 49 weakly anomalous 49 chalcocite mineralization 49 MREO 49 sericitic 49 resonators 49 surface roughness 49 spinels 49 % P#O# 49 φ 49 amphibolites 49 NaCl 49 -Osmanli 49 #.#μm [001] 49 serpentinized peridotite 49 spodumene rich 49 pyrite pyrrhotite chalcopyrite 49 phonon 49 chalcopyrite pyrite 49 Zinc Oxide 49 Au Ag 49 nmol 49 nonlinearity 49 millivolts 49 HREE 49 martensite 49 lanthanum cerium 49 #ppb Au [002] 49 FRET 49 molybdenite MoS2 49 QDs 49 torr 49 FLD glass 49 arcseconds 49 orbitals 49 halite 49 bandgaps 49 z axes 49 anomalous Au 49 Tg 49 thermal gradients 49 amphibole 49 silicate dust 49 g t Beryllium 49 Au t 49 μM 49 nitrotyrosine 49 CaCO 3 49 KCl 49 photoluminescence 49 irradiance 49 meteoritic material 49 formate 49 tropospheric 49 mineralogically 48 nm excitation 48 adsorption isotherms 48 #ppb [002] 48 macrocrystic 48 Ilmenite 48 SAXS 48 bastnasite 48 chrome diopside 48 kg/m3 48 kBq 48 heterostructures 48 3He 48 plus yttrium 48 Nd Yag 48 Supergene 48 ppm uranium 48 manganese oxide 48 Cu Ag Au 48 photolysis 48 Fig. 1D 48 terbium 48 kainite 48 goethite 48 numerical aperture 48 Ag Au 48 Rhodium Rh 48 lithium oxide 48 hyperfine 48 isotope ratio 48 stockwork veins 48 rhyolites 48 hypogene mineralization 48 g t Ta 48 Nb#O# 48 epithermal mineralization 48 nMOS 48 Outcropping 48 copper oxides 48 Conductivity 48 g cc 48 Cerium Lanthanum 48 chemiluminescence 48 lowermost mantle 48 μV 48 ^ sup 48 Schematic representation 48 gabbros 48 intermetallic 48 pyrrhotite 48 SNR #-#.# 48 gallium indium arsenide 48 eclipsing binary 48 spectra 48 Conductive Polymer 48 graphitic 48 χ 48 HRTEM 48 Carinae 48 ZnSe 48 Fig. 2d 48 Yellow Ex Kandla 48 Pb Zn 48 niobium oxide 48 basalts 48 biotite rich 48 thermal conductivities 48 #m@#.# % [005] 48 X ray absorption spectroscopy 48 diene 48 #g t Au [002] 48 molybdenum Mo 48 Cu 48 gabbroic rocks 48 purities 48 Gallium 48 Heavy Rare Earth 48 BeO 48 #CF# 48 undoped 48 chondritic meteorites 48 pyrope garnet 48 zinc selenide 48 oz ton Ag 48 α 48 apatite 48 X ray binaries 48 chalcopyrite bornite 48 g t Pd 48 spherical particles 48 3nm 48 bandpass 48 mM NaCl 48 passband 48 #ppb Au [001] 48 niobate 48 AlGaN 48 spectrometry 48 inhomogeneities 48 Fig. 2C 48 spectrometric 48 depolarization 48 ratiometric 48 Sn Cu 48 Molybdenum Mo 48 Fe 48 CMOS transistors 48 enthalpy 48 #pF [001] 48 punctate 48 spinous 48 SiC substrates 48 Sulfides 48 diffusive 48 lanthanum oxide 48 osmium 48 homopolymer 48 ionic conductivity 48 magnetite alteration 48 albite 48 high redshift galaxies 48 CaCO3 48 UG2 Reef 48 silicate 48 Bq l 48 HiLyte 48 siliceous 48 ohm cm 48 scintillator 48 eU 3 48 nM 48 vanadium oxide 48 ferromagnetism 48 polymictic 48 fA 48 nitride semiconductor 48 oxide TREO 48 eutectic alloy 48 hematitic 48 modulus 48 Rh + 48 olivine macrocrysts 48 silicification quartz 48 potassium sodium 48 #.#m #.#m [004] 48 ha -1 48 enargite 48 inhomogeneous 48 Interferometric 48 InGaN 48 CO3 48 Brillouin zone 48 TCXOs 48 Bulk density 48 Fig. 2c 48 MoO3 48 photosystem II 48 SAW oscillators 48 Sulphides 48 Anisotropic 48 molybdenite 48 hornblende 48 #Ω [002] 48 K + ATPase 48 meson 48 nanometric 48 #lm [002] 48 cerium lanthanum 48 48 magnon 48 Cu Au 48 isomers 48 1nm 48 phosphate P#O# 48 epitaxial layer 48 Young modulus 48 #.#g t Ag [005] 48 ppm ppm 48 % Cu #.#g 48 velocity dispersion 48 manganite 48 dI dV 48 Potentiometer 48 #,# bis 47 TiO 2 47 PaO 2 47 copper sulphides 47 muscovite 47 Fig. 2E 47 Oxides 47 · · · 47 linearly polarized 47 desaturase 47 carboxylic acids 47 isotopic composition 47 DEV DA TOMAR NEXT 47 yttrium 47 = sizeof 47 PIN photodiode 47 magnetisation 47 dihydrate 47 tau neutrinos 47 1kHz 47 unpolarized 47 ellipsoid 47 metasomatic 47 Au g tx 47 biotite alteration 47 optically pumped 47 HfSiON 47 ordinary chondrite 47 interfacial tension 47 finely disseminated pyrite 47 MQW 47 2mm x 2mm 47 Muons 47 Cu Eq 47 uranophane 47 catalytically active 47 iron sulphides 47 Chargeability 47 #.#g t silver [002] 47 chrysocolla 47 C#H# 47 ligand receptor 47 arsenic antimony mercury 47 interparticle 47 μ 47 veins stockworks 47 lanthanide 47 millidarcies 47 emissivity 47 FDG uptake 47 W/cm2 47 oxalate 47 ferromagnet 47 Repeatability 47 carbonatites 47 basaltic rocks 47 lanthanum cerium praseodymium neodymium 47 #.#g t Ag [002] 47 fluence 47 plasmon 47 Dirac fermions 47 #P# [004] 47 Cu Mo 47 azimuthal 47 lavas 47 mol L 47 barium titanate 47 scheelite 47 mU liter 47 sulphidic 47 ferroelectricity 47 tiene el 47 anomalism 47 nmol L. 47 tonalite 47 π 47 delocalized 47 Fig. 1d 47 pyroclastic kimberlite 47 atmospheric CO 47 propanol 47 #.#g Au t [003] 47 heavy fermion 47 Tunable 47 alkali metal 47 HEMTs 47 echogenicity 47 Hardness 47 beta. 47 cytidine 47 #.#Hz 47 Qb8 47 valence electron 47 W/m2 47 unoxidized 47 Rb7 47 chrome diopsides 47 microwatt 47 nuclei 47 Eur Arch 47 ug L 47 mV V 47 Cm 47 magnetic permeability 47 prostaglandin E 47 sulphide minerals 47 disseminated sphalerite 47 Nernst 47 ppb Pd 47 eU 47 pathfinder elements 47 Photometric 47 2μm 47 vibrational modes 47 moduli 47 m@#.# g t Au [002] 47 lithium tantalum cesium 47 amu 47 linearized 47 0D 47 Permeability 47 twd ccg 47 #μF [001] 47 peridotites 47 photocurrent 47 #m@#.# ppm 47 nonlinearities 47 Zn Cu 47 cordierite 47 ^ sup #m 47 nonequilibrium 47 gpt Pt 47 #.#.i#.rpm 47 hematite magnetite 47 carbides 47 Chlamydomonas reinhardtii 47 fused silica 47 ppm Au 47 conductivities 47 transfer FRET 47 potassic altered porphyry 47 porosities 47 polarimetry 47 zinc Zn 47 interferometers 47 weakly interacting 47 dielectric constants 47 advanced argillic alteration 47 #.#nm [001] 47 J# +# [002] 47 luminous flux 47 elements europium 47 Germanium 47 hydrogen deuterium 47 ksi 47 blackbody 47 isotope ratios 47 valence electrons 47 compressive stress 47 micrometre sized 47 thermal EMF 47 #.#N [002] 47 carbonate minerals 47 2 MeV electron 47 oxygen isotope 47 exhalite 47 chalcopyrite mineralization 47 eU#O# 47 toroidal 47 lutetium plus 47 magmatism 47 Cu Cu 47 uM 47 synthetic aperture 47 lanthanum neodymium 47 elastic moduli 47 ppm arsenic 47 diffusion coefficients 47 nm wavelengths 47 sorption 47 #.#dB [003] 47 ethyl ester 47 gravitational acceleration 47 ppb Pt 47 GtC 47 Eridani 47 -# dB [001] 47 relaxivity 47 AngloGold Ashanti Titiribi 47 potassically altered 47 #m@#.# % [001] 47 anomalous antimony 47 Kc5 47 isotherms 47 ppm eU 47 Confocal 47 5mm x 6mm 47 K2O 47 sulphidized 47 butylene 47 #W halogen 47 icosahedral 47 cuprate 47 GaP 47 eclogite 47 clasts 47 ps nm 47 nanobubble 47 anions 47 heterogeneities 47 geosynchronous orbit reached 47 CuT 47 gpt Pd 47 #.#m #.#m #.#m [003] 47 MWCNT 47 coefficients 47 presolar grains 47 Kd2 47 Electrophoresis 47 fermionic 47 mantle xenoliths 47 #μm [002] 47 ionise 47 Ni Fe 47 chalcopyrite sphalerite 47 metres@#.# % [002] 47 fine grained pyrite 47 picometers 47 spin excitations 46 alkene 46 x 2mm 46 transmittance 46 Tf 46 hematite goethite 46 tourmaline veins 46 #m@#.# g t [003] 46 Fig. 1C 46 transmembrane 46 fig. S5 46 nL 46 reactant 46 metres@#.# % [003] 46 μmol L 46 absorption spectroscopy 46 ppm Ag 46 Copper Equivalent 46 quartz veins containing 46 #.#kg t 46 Field Effect Transistors 46 weakly mineralized 46 ppm Ta#O# 46 próximos 46 graphitic schist 46 histidine 46 bxc3 46 hydroxyphenyl 46 #.#g t Pd 46 alkane 46 nmol liter 46 pyrene 46 wavefunction 46 g l 46 Gly 46 excitation wavelengths 46 SWCNT 46 Ncm 46 Alaskite 46 magnetite ilmenite 46 UV wavelengths 46 peralkaline 46 copper skarns 46 uraninite 46 hafnium 46 olivine rich 46 Rare Earth Oxides 46 micrometer sized 46 % Fe#O# 46 phospho 46 dysprosium 46 mCi 46 californium 46 dunite 46 supernatant 46 permeabilities 46 diatomic 46 Soyabean Ext Bulk 46 diffraction pattern 46 t Au #.#g t [001] 46 VLT telescope