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(Click for frequent words.) 61 dipole moment 60 inductive sensor 60 micrometer scale 60 #.#m# [002] 60 5μm 60 1μm 59 ellipsoids 59 #.#mx [001] 59 GNRs 59 mu m 59 #x#x# mm [003] 59 μm diameter 59 variogram 58 #mm x 58 #x#x#mm [001] 58 t/m3 58 #.#μm [001] 58 1nm 58 cm ² 58 nanosecond pulse 58 #.#nm [002] 58 #cm [001] 58 ellipsoidal 58 granitoids 58 Bulk density 57 tetragonal 57 #x#x# cm 57 #.#mx #.#m [001] 57 #.#x#.#x#.# 57 submicrometer 57 hysteresis loop 57 Si substrate 57 lapilli 57 λ 57 cm -2 57 #.#m# [001] 57 #.#mm x #.#mm [001] 57 #cm x 57 Fig. 2A 57 #x#x#mm [003] 57 #.#in [004] 57 cm diameter 56 #.#mx [002] 56 μm thick 56 compressive stress 56 #.#um [001] 56 #sq [003] 56 #.#mm x [002] 56 7mm x 56 potassically altered 56 #x#x# [002] 56 6nm 56 2nm 56 millimeter diameter 56 Fig. 2b 56 micrometre 56 x #.#in [001] 56 mT 56 #.#m #.#ft [002] 56 #x#x#cm 56 diameter payload fairing 56 Fig. 1c 56 revs min 56 S#W [001] 56 #.#mm diameter [001] 56 g cm 56 #.#nm [001] 56 uniaxial 56 rack mountable 1U 56 6kW 56 #mm x #mm [007] 56 vein breccias 56 search ellipse 56 x #.#mm [001] 56 #.#mm diameter [002] 56 #μm [002] 56 ± #V [001] 56 x 2mm 55 ellipsoid 55 3mm x 55 #mm diameter [003] 55 micron diameter 55 dimensional tolerances 55 ZrO 2 55 toroid 55 measuring #.#cm 55 mylonite 55 2μm 55 MoS2 55 mV V 55 #mm# [003] 55 1m 3ft 55 6mm x 55 #μm [001] 55 #.#mm# [002] 55 #-#,# mm 55 calcareous sediments 55 x 9mm 55 #.#x#.# 55 #.#mm x [003] 55 chipscale 55 microns millionths 55 shaft diameters 55 icosahedral 55 #,#-#,# ft. 55 microcavity 55 permeabilities 55 2ft x 55 meV 55 crystallinity 55 felsic tuff 55 #um [002] 55 HRTEM 55 #,#-#,# ft. Loc 55 diametre 55 x 3cm 54 SiO 2 54 bending stiffness 54 Fig. 4a 54 outer diameters 54 lamella 54 P0 54 #.#ft [003] 54 rms noise 54 #x#mm [003] 54 #.#ft [005] 54 #cu 54 #.#mm x [004] 54 x #.#in [002] 54 mounting flange 54 isostatic 54 MWNT 54 x #.#cm [001] 54 #x# mm [003] 54 #.#ft [004] 54 Z axes 54 #ppm Cu 54 synthetic aperture 54 mm DFN package 54 5nm 54 #mm# [002] 54 -# ° [002] 54 angstroms 54 AlN layer 54 #mV V 54 magnetic susceptibility 54 x 4cm 54 search ellipsoid 54 θ 54 x #mm [001] 54 triaxial 54 #.#mm ² 54 3cm thick 54 scfm 54 rotary potentiometer 54 measuring #.#mm x [001] 54 tensile modulus 54 Supplementary Fig 54 nanoholes 54 ferritic 54 milliampere 54 magnetisation 54 transmissivity 54 #'X# 54 #.#mm [002] 54 #feet [001] 54 capacitances 54 x #.#mm [005] 54 #x#.# [003] 54 palladium Pd 54 MgO 54 #x#x# mm [002] 54 toolholder 54 × #mm [002] 54 #.#mm x [001] 54 elastic modulus 54 Fig. 1a 53 electron volt 53 #x#mm [005] 53 #cm diagonal 53 subwavelength 53 drillhole spacing 53 Measuring #mm [002] 53 #m# [005] 53 tensile stress 53 piezo actuator 53 stowage compartment 53 sapphire wafer 53 magnetic permeability 53 pervasively silicified 53 hematite chlorite 53 #mm x #mm [005] 53 #ppb gold 53 nanometric 53 austenitic stainless steel 53 absorption coefficient 53 hafnium oxide 53 mm ² 53 strontium titanate 53 linear axes 53 #mm x #.#mm [003] 53 collinear 53 diffusivity 53 diameter rotors 53 Figure 1C 53 fig. S6 53 conductivities 53 #.#uF 53 #.#mm x #.#mm [004] 53 IP geophysical anomaly 53 titanium dome tweeter 53 mm LFCSP 53 water vapor permeability 53 #x#m [003] 53 millimeters mm 53 5mm x 53 #mm x #.#mm [002] 53 1U rack 53 cm ³ 53 nonconducting 53 velocity dispersion 53 x 5cm 53 tonalite 53 Fig. 1A 53 granite gneiss 53 #.#mx #.#m [003] 53 Coriolis meters 53 hypabyssal 53 primary gyratory crusher 53 colloidal crystals 53 elastic deformation 53 #.#mm thick [002] 53 Fig. 2a 53 silicon waveguides 53 felsic dikes 53 planetary gearbox 53 #x# mm [004] 53 GaN layer 53 #x#x# [009] 53 kinematic viscosity 53 4mm thick 53 #.#x#.#mm 53 scanning electron microscopes 53 Cretaceous limestone 53 polyphase 53 picometers 53 X ray microscopy 53 varying thicknesses 53 3nm 52 incremental encoders 52 magnetostrictive 52 volcaniclastic 52 electron bunches 52 x 5mm 52 x #in 52 sq. mm 52 GaN wafers 52 #mm ² [001] 52 3 x 3mm 52 Fig. 4A 52 #.#mx #.#m [002] 52 #.#mm x #.#mm [002] 52 #.#g t [004] 52 ε 52 monolayer graphene 52 tungsten trioxide 52 dipole dipole 52 tri axial 52 ^ sup -1 52 TFT substrate 52 specular hematite 52 capacitance values 52 ppm boron 52 isotropic 52 photoemission 52 arcsecond 52 arcmin 52 #.#m #.#m #.#m [003] 52 inverted cone 52 dielectric constants 52 alteration halo 52 #cm diameter 52 8ft x 52 5mm x 5mm 52 #.#mm x #.#mm [003] 52 indenter 52 cantilever deflection 52 variable resistor 52 Cr#O# 52 InSb 52 spherical particles 52 pyrite halo 52 horizontally polarized 52 Fig. 3A 52 #x#x# inches [001] 52 #.#cm x #.#cm x 52 kg payload 52 x 2in 52 PIN photodiode 52 laser resonator 52 dipolar 52 Fig. 4b 52 x 3mm 52 #ppm Mo 52 #mm diameter [001] 52 z axis 52 Young modulus 52 #.#cm x #.#cm [001] 52 pipe diameters 52 optical waveguide 52 #mm# [001] 52 monolayer 52 amphibolite 52 x 2cm 52 #.#g Au t [003] 52 micrometre scale 52 x #.#cm [003] 52 rhyolite tuff 52 1kV 52 bioelectrical impedance 52 fig. S1 52 angular boulders 52 tensile strength steel 52 femtogram 52 veins veinlets 52 azimuthal 52 millimeter mm 52 #.#N [002] 52 altered tuff 52 μS cm 52 convex lens 52 8' 52 Fig. 4c 52 dielectric permittivity 52 thermal conductivities 52 crustal rocks 52 NWs 52 #.#sq m [001] 52 Wireframe models 52 mineralized breccia 52 #ppm U 52 m z 52 #mm width 52 #.#pF 52 crystal resonator 52 conductance 52 photoconductive 52 chlorite sericite 52 #mm #mm [003] 52 kΩ 52 nanomesh 52 coriolis 52 × #.#mm [002] 52 #mm x #mm [002] 52 backplane connectors 52 × #cm 52 tectonic boundary 52 rim diameters 52 #μF [001] 52 #nm #nm [002] 52 hypogene mineralization 52 cryostat 52 diffusion coefficient 52 wirewound resistors 52 bending radius 51 microbalance 51 bending radii 51 pediment gravels 51 GaN layers 51 CMOS transistors 51 #.#mm x #mm [002] 51 ductile deformation 51 modulus 51 mN 51 #mm x #mm x 51 inch rack mountable 51 granitic intrusive 51 pearlite 51 #x#x# [005] 51 longitudinal axis 51 #x#x# inches [002] 51 SWNT 51 pegmatite dyke 51 micrometer sized 51 mm dia 51 Knelson Concentrator 51 flexures 51 6mm x 6mm 51 #MPa 51 microtubes 51 PF# [002] 51 ν 51 Thicknesses 51 OP# [003] 51 sinters 51 8mm thick 51 WxDxH 51 x 1mm 51 pegmatitic 51 neodymium magnet 51 variography 51 Fig.2 51 monopole antenna 51 photocurrent 51 rear subframe 51 Josephson junction 51 hexagonal lattice 51 Mid Rail Gantry 51 corrugation 51 milling spindle 51 #pF [001] 51 downhole lengths 51 micelle 51 crackle breccia 51 banded quartz veins 51 sulphide stringers 51 orthogonally 51 Super Kamiokande 51 arcuate 51 motherglass 51 crystallites 51 #kN [002] 51 quartz feldspar gneiss 51 antiparallel 51 anisotropic 51 post perovskite 51 DFN package 51 compressional 51 g/cm3 51 bandpass 51 nanotubes nanowires 51 spectral density 51 silica SiO2 51 thermally insulated 51 #mm x #mm [006] 51 superconducting coils 51 Lorentzian 51 fine grained sandstone 51 #x#x# meters 51 shear modulus 51 #mm x #.#mm [001] 51 1inch 51 quartz pyrite vein 51 overlying sandstone 51 ft x 51 subhorizontal 51 milliohm 51 intersected #.#m [002] 51 3mm thick 51 xenoliths 51 #.#cm x 51 x 4mm 51 TSSOP# 51 kriging 51 outcropping vein 51 screw jacks 51 superlattice 51 volcaniclastics 51 measures #.#mm x 51 fig. S2 51 Fig. 3B 51 superposed 51 pin TQFN package 51 yr -1 51 multilayers 51 subrack 51 veinlet 51 Borealis basin 51 toroidal 51 #.#Hz 51 triangular lattice 51 #x#x#mm [002] 51 τ 51 8mm diameter 51 ft sec 51 Mineralization occurs 51 TQFN package 51 cm -3 51 laser interferometer 51 4mm x 51 ultrahigh vacuum 51 dispersive 51 illuminance 51 #cm x #cm x 51 Fig. 2B 51 m 51 nanometers nanometer 51 nanometers nm 51 tuffaceous 51 keV 51 silicide 51 #kN [001] 51 Brillouin zone 51 vertical extents 51 Figure 1A 51 4 x 4mm 51 monolayers 51 phosphor coated 51 kBq 51 Bragg grating 51 #mm ² [002] 51 nitride layer 51 Amperes 51 rear rotors 51 capillary tube 51 panchromatic imagery 51 Chromitite 51 SQUIDs 51 concave convex 51 x 7mm 51 midplane 51 BIF outcrops 51 CMOS wafers 51 Figure 2a 51 interconnected pores 51 x#.# [004] 51 #x#x# [003] 50 aluminosilicate 50 spectrometer readings 50 NNW SSE 50 iron sulphides 50 magnetically coupled 50 #μ 50 3mm x 3mm x 50 resonance frequency 50 collimators 50 weakly mineralized 50 grabens 50 nanometers billionths 50 Sitrans 50 #nm laser [002] 50 polycrystalline 50 microlens array 50 heap leach recoveries 50 nanoliter 50 Figure 1a 50 3mm DFN package 50 #x#mm [004] 50 olivine macrocrysts 50 centimetric 50 varying densities 50 Josephson junctions 50 rheometer 50 polymer nanofibers 50 #/#-inch diameter 50 micrometer 50 limestone xenoliths 50 #m #ft [004] 50 electron density 50 magnetoresistance 50 InAs 50 PBGA package 50 PbS 50 anomalous soil geochemistry 50 altered mafic volcanics 50 inhomogeneities 50 syenite gneiss 50 rotor diameter 50 #.#metres [003] 50 ohm cm 50 graphitic 50 magmatic kimberlite 50 g/m3 50 Li#CO# 50 nanorod 50 photonic crystal fiber 50 #.#-#.# [011] 50 rhyolite porphyry 50 magnetic coil 50 chalcedonic quartz 50 hollow spheres 50 #.#oz t [002] 50 #:#.#-#.# 50 droplet sizes 50 airgap 50 optical encoder 50 mafic intrusive 50 diameters 50 mineralized mafic 50 meteres 50 #x#cm [001] 50 ft3 50 WL CSP package 50 measures #mm x 50 vuggy 50 shallowly dipping 50 lbf 50 infrared laser beams 50 Michelson interferometer 50 #cm #cm [001] 50 telescopic boom 50 #cm x #cm [001] 50 μm 50 specific gravities 50 Tortigny deposit 50 VGA TFT LCD 50 micron thick 50 #kg payload 50 pin TDFN package 50 spheroidal 50 arcminutes 50 optomechanical 50 micrometre sized 50 gabbro intrusive 50 7 x 7mm 50 hypabyssal kimberlite 50 circle circumference 50 tiny 3mm x 50 paragneisses 50 in. dia 50 oxide thickness 50 UV wavelengths 50 #.#VI O 50 meter rotor diameter 50 ppm eU#O# 50 shallowly plunging 50 graphitic carbon 50 microvia 50 SOT# [002] 50 MPa 50 tph 50 linears 50 garnet skarn 50 locally graphitic 50 megohms 50 W mK 50 #bar [002] 50 #sq ft [004] 50 photon energies 50 annealing temperature 50 diffusion coefficients 50 unmineralized 50 Figure 2C 50 8kW 50 coincident magnetic anomaly 50 μm particle 50 #Ω [002] 50 heterostructure 50 Nernst 50 ignimbrite 50 2mm x 50 SiO2 50 7mm x 7mm 50 Induced Polarisation 50 Fig. 1b 50 coplanar 50 silicified porphyry 50 anhydrite 50 #.#mm x #.#mm x [004] 50 tetrahedron 50 2kV 50 workpieces 50 m3/hr 50 conductive epoxy 50 shear veins 50 #g t Au [001] 50 massive sulphide veins 50 dI dV 50 x 8ft 50 voltage divider 50 altered rhyolite 50 volcanoclastic 50 sq cm 50 η 50 hydrothermal breccia 50 #ppb Au [002] 50 circular aperture 50 gneissic 50 steeply dipping fault 50 kilobases 50 #.#m #.#ft [003] 50 seam thickness 50 stripline 50 silica breccia 50 multi walled nanotubes 50 granitic pegmatite 50 disseminated magnetite 50 meter diametre 50 gabbro dykes 50 Extension Occurrence 50 FeO 50 meters #.#ft 50 cm2 50 Figure 4a 50 MΩ 50 Molybdenum mineralization 50 QP# 50 volcanic breccias 50 picolitre 50 sulphide veinlets 50 TDFN packages 50 bootspace 50 hollow tube 50 holmium 50 TLP# 50 rpm spindle 50 echogenic 50 inductance values 50 dipping tabular 50 horizontal wellbore 50 ms -1 50 compressive strengths 50 MOS transistor 50 AZS# 50 linewidths 50 helicity 50 resonant cavity 50 nonpolar GaN 50 PEDOT PSS 50 solder bumps 50 1ppm 50 gravimetric method 50 martensite 50 circular dichroism 50 hollow cylinders 50 sulfide bearing 50 Paleozoic sedimentary 50 magnetite iron formation 50 stringer sulphides 50 finely dispersed 50 rotary encoder 50 granitic rock 50 #.#mm [005] 50 vein outcrops 50 itabirite 50 Schematic diagram 50 metavolcanic 50 centroid 49 SAXS 49 #m/min [002] 49 Cu Equiv 49 +# dBm output 49 sigmoidal 49 meter spacing 49 nL 49 μF 49 trending shear zone 49 densely spaced 49 bandgaps 49 ultramafic intrusives 49 skarn alteration 49 spinous 49 millivolts 49 decalcified 49 macroscopically 49 Jurassic sandstone 49 greywackes 49 polystyrene spheres 49 chalcedonic 49 EW trending 49 irregularly spaced 49 tokamaks 49 #.#N [003] 49 microtiter plate 49 2kHz 49 colloidal crystal 49 argentiferous 49 rotor stator 49 mm2 49 diameter 49 orthogonal directions 49 biotite rich 49 #.#μ 49 ADXL# 49 7cm 49 gaussian 49 cylindrically shaped 49 8nm 49 ZK# [002] 49 undoped 49 emittance 49 pentlandite 49 scf ton 49 cm3 49 piezo actuators 49 optical lattice 49 welded tubes 49 upflow 49 cuvette 49 subvolcanic 49 Figure 1b 49 nm laser diode 49 recrystallized 49 hydrodynamic radius 49 cobalt atoms 49 kcal mol 49 IP chargeability 49 #.#inches 49 MIL HDBK #F 49 agarose 49 downwelling 49 spacings 49 thermal gradients 49 inch tweeter 49 TEGA ovens 49 #u [001] 49 #x#mm [001] 49 roller conveyor 49 1mm 49 HxWxD 49 variably mineralized 49 pelite 49 #.#cm x #cm 49 km/# miles [002] 49 extrudate 49 compressive stresses 49 atomic lattice 49 directivity 49 weighs #.#kg [001] 49 micrometres 49 biaxial 49 4U rack 49 mK 49 granodiorite porphyry 49 sepal 49 dipoles 49 #.#mm x #.#mm x [002] 49 ZrO2 49 intramedullary nail 49 ballscrew 49 #mm #in 49 LVDTs 49 gate electrode 49 millidarcies 49 piezoresistive 49 VTEM conductor 49 micron pixels 49 radial leaded 49 hematite goethite 49 intersected mineralized 49 Measuring #mm [001] 49 ± #.#mm [001] 49 mm 49 platinum Pt 49 #/#mm [001] 49 outcropping veins 49 linearly polarized 49 pyroxenite 49 yttrium barium copper 49 barite veins 49 unpolarized 49 Fig. 4B 49 #.#kV [001] 49 PIN photodiodes 49 mm BGA 49 #.#cm [005] 49 vortex shedding 49 generously dimensioned 49 #x#x# mm [004] 49 clasts 49 mm diameters 49 photonic bandgap 49 #x#mm package 49 millimetric 49 SDS PAGE 49 #x# cm 49 3m #ft 49 cu.ft. 49 scanning electron 49 W/cm2 49 radiolucent 49 Ta#O# 49 #.#mm thickness [001] 49 tetrahedra 49 #sqm [003] 49 InGaN 49 urethane coated 49 crestal 49 narrow bezel 49 dilatant 49 #.#mm# [001] 49 macrocrystic 49 P3HT 49 #x#m [001] 49 DC DC CONVERTERS 49 radar interferometry 49 x 8mm 49 trabecular bone 49 ultramafic unit 49 +# oC 49 intersected anomalous 49 porosities 49 TDFN package 49 coaxially 49 ZFDDH# 49 nanofilm 49 chlorite pyrite 49 Kontron OM# 49 perpendicular magnetic 49 Brecha Limite 49 mineralized quartz vein 49 P#O# 49 radiative cooling 49 isotherms 49 FinFET 49 mbar 49 molybdenum disulfide 49 centimeter wingspan 49 indium gallium arsenide InGaAs 49 × #.#mm [001] 49 pn junction 49 cm 49 FWHM 49 Anomalous radioactivity 49 flowrate 49 variogram range 49 X ray absorption spectroscopy 49 felsic intrusive 49 disseminated chalcopyrite 49 SiC substrates 49 x #.#mm package 49 pyritic quartz 49 sandstone intervals 49 inductive sensors 49 electrically insulating 49 outcrop subcrop 49 electrical resistivity 49 #nm wavelengths 49 eigenvalues 49 coarser grained 49 mineralized diorite 49 thermally stable 49 kg/m3 49 nitride semiconductor 49 axially 49 pyrite disseminations 49 Fig. 3b 49 g t TPM 49 microlens 49 boron nitride 49 NQ2 size 49 silicate dust 49 #x# mm [002] 49 #.#mm x [005] 49 TO #AB 49 Caballos Formation 49 Animas vein 49 picoliter droplets 49 horst block 49 OPTIMASS 49 delaminations 49 microstrip 49 photoelectric sensor 49 Nova NanoSEM 49 #.#mm #.#mm [003] 49 andesitic volcanic rocks 49 Quartz vein 49 thence N# 49 2ppm 49 arcsec 49 calc silicate 49 pulse durations 49 subparallel 49 magnetization 49 quadratic 49 backrest angle 49 layered mafic 49 quartz sulphide vein 49 dielectric layers 49 linear encoder 49 μH 49 #CM [002] 49 rfid reader 49 norite 49 ± #ppm [001] 49 paracellular 49 ultrasonic vibration 49 electron diffraction 49 #x#x# [004] 49 HW2 49 Banded Iron Formation 49 rear seat backrests 49 pin 3mm x 49 nanotube arrays 49 5kV 49 m ^ sup 49 RADSOK 49 quartz sericite 49 XLPE 49 TEGs 49 5mm x 6mm 49 #.#ppm [003] 49 Monocrystalline 49 gauss 49 aluminum cone woofer 49 collimated 49 variably silicified 49 silica pyrite 49 silicon nanowire 49 mesoporous 49 #.#-# [029] 49 femtosecond pulse 49 nanowatts 49 niobium titanium 49 wallrocks 49 compressive strain 49 antiferromagnetic 49 galactic disk 49 drilled thicknesses