Related by context. All words. (Click for frequent words.) 65 #mm #in 64 g cm 63 #cm #cm [001] 62 x 4cm 62 #.#mx [002] 62 #.#nm [002] 61 cm -2 61 #.#ft [005] 61 #cm x 61 yr -1 61 #.#m [003] 60 mu m 60 mT 60 1m 3ft 60 #.#m #.#m #.#m [003] 60 #.#m #.#m [004] 60 μm diameter 60 7cm 60 #.#m #.#ft [003] 60 hPa 60 cm -3 60 cm ² 59 isotherm 59 #.#in [004] 59 x #.#cm [001] 59 ° C. Brush 59 #mm x 59 #.#mm x [004] 59 #.#cm [004] 59 x 3cm 59 #.#inches 59 #.#mm x [002] 59 #-#,# mm 59 #cms [002] 59 2nm 59 x 2mm 58 #,#-#,# ft. 58 #.#ft [001] 58 kg/m3 58 micron diameter 58 9cm 58 arcsecond 58 Mg ha 58 #cm [003] 58 approx.# [001] 58 x 5cm 58 #,#-#,# ft. Loc 58 W mK 58 ^ sup -1 58 #ppm Mo 58 ohm cm 58 m ^ sup 58 #.#mx #.#mx #.#m 58 2ins 58 #cm diameter 58 Fig. 2b 57 #.#ft [002] 57 mH 57 nT 57 mN 57 ft sec 57 cm 57 5cm x 57 ms -1 57 megapascals 57 Fig. 1a 57 micron thick 57 1nm 57 Figs. 57 5μm 57 micron pixels 57 sapphire wafer 57 ZrO 2 57 micrometre 57 4inches 57 #inches 57 #x#x# cm 57 #cm x #cm x 57 λ 57 #x#.# [003] 57 -# ° [002] 57 pN 57 ppm boron 57 diameter rotors 56 Fig. 1c 56 measuring #.#cm 56 #.#x#.# 56 diametre 56 meter diametre 56 lapilli 56 m 56 diameter payload fairing 56 #.#nm [001] 56 #.#cm x #.#cm x 56 #.#mx [001] 56 #.#ins [002] 56 2μm 56 cm -1 56 μm thick 56 #.#m# [001] 56 x #.#in [001] 56 mV V 56 #.#ft [003] 56 mbar 56 x #in 56 Fig. 3A 56 5cms 56 mm ² 56 Measuring #mm [001] 56 #mV V 56 #.#um [001] 56 #cm #.#in [001] 56 τ 56 1μm 56 -1 ^ 56 6nm 56 8' 56 #μm [002] 56 #um [002] 56 arcmin 56 cm2 56 GaN layer 56 2ft 6ins 56 ⁰ C 56 felsic tuff 56 3inches 56 #.#mm x [005] 56 millidarcies 56 grading #.#g t Au [002] 56 Fig. 4B 56 Mpc 55 #mm diameter [003] 55 rim diameters 55 rotary potentiometer 55 6mm x 55 g t Ta 55 Si substrate 55 hydraulic conductivity 55 millimeters mm 55 absorption coefficient 55 #feet [001] 55 TW Incl 55 arcseconds 55 Fig. 2A 55 +# deg [002] 55 sq. mm 55 #cm #in [002] 55 Å -1 55 #cm #.#in [002] 55 5nm 55 3mm x 55 GaN wafers 55 #ppm Cu 55 #cu 55 × #cm 55 cm diameter 55 meters/# feet [001] 55 x 7mm 55 #ppm U 55 Fe Mg 55 #.#m #.#ft [002] 55 #.#m 5ft 55 x 5mm 55 #.#m #.#ft [001] 55 tensile stress 55 Oologah Elevation 55 μm wavelength 55 micrometre scale 55 shear modulus 55 U Th 55 #meters [001] 55 picometers 55 1cm 55 W/cm2 55 #in #cm [002] 55 #x#x#mm [001] 55 4ins 55 3ins 55 #.#mm thickness [001] 55 8ins 55 #JD# 55 #.#μm [001] 55 #.#mm [002] 55 AlN layer 55 cm sec 55 Fig. 3b 55 Fig. 2B 55 microns millionths 55 meV 55 nanomesh 55 ml min 55 #m# [005] 54 hole WAT# #A 54 #ppb gold 54 x #.#in [002] 54 6in #cm 54 fig. S1 54 HARMONIC ACE ® 54 g t 4E 54 x 7cm 54 ° -# ° [001] 54 psia 54 #mm x #.#mm [002] 54 P0 54 micrometre sized 54 m/# 54 silty limestone 54 ps nm 54 Fig. 1A 54 tungsten trioxide 54 biotite rich 54 transmissivity 54 Height 6ft 54 arcminutes 54 #.#mm #.#in 54 -Keichi 54 Fig. 1b 54 scfm 54 micrometres 54 fig. S2 54 #.#t [001] 54 mm diameters 54 meters #.#ft 54 x 2in 54 #.#mm x [003] 54 #ppb Au [002] 54 Measuring #mm [002] 54 g cc 54 intersected #.#m [002] 54 9g 54 ft 54 x 8mm 54 CaO 54 C1 C3 54 electron volt 54 hypogene mineralization 54 cu. 54 Belden #A 54 pyrite pyrrhotite chalcopyrite 54 #.#oz t [002] 54 #.#cm x #cm 54 abundant quartz veining 54 #.#t [003] 54 x 9mm 54 MIM capacitors 54 Fig. 4A 54 kT 54 Zn Cu Ag 54 W#A [001] 54 milimeters 54 #mm #.#in [004] 54 backplane connectors 54 MeV 54 #.#x#.#x#.# 54 nanosecond pulse 54 mK 54 cm proximal 54 ₂ 54 x #.#mm [005] 54 VLT telescope 54 g/cm3 54 2t 54 hydrocarbon saturation 54 #.#mm diameter [001] 54 #.#mm diameter [002] 54 7mm x 54 Â ° C. 54 9in 54 W0 54 g t Au Eq 54 x 6mm 54 mtrs 54 Cu Pb 54 InAs 54 ℓ 54 Â ± 54 #mm x #.#mm [003] 54 subhorizontal 54 × #mm [002] 54 Messenger Formation 54 #.#N [002] 54 #degC [002] 53 #cu m [002] 53 inchs 53 kgf 53 FWHM 53 ellipsoidal 53 x 4mm 53 #.#-#.# [011] 53 4cm 53 5mm x 53 #.#mm [006] 53 -reciprocal beneficiaries 53 oxyhemoglobin 53 #μ 53 cm ³ 53 ft. 53 #x# mm [001] 53 #.#m# [002] 53 holes BD# 53 IP geophysical anomaly 53 1ft 53 ppm Nb 53 Damaging hail 53 H#D 53 #.#g t Au [005] 53 milliohm 53 #sq [003] 53 mG 53 5cm 2in 53 #.#mm x #.#mm [001] 53 bending radius 53 Cib Haz 53 Fig. 2a 53 Audio subcarrier #.# 53 #.#h [002] 53 silicified andesite 53 milliampere 53 x #.#mm [001] 53 scrotal circumference 53 centimetric 53 × #.#mm [002] 53 #.#cm [005] 53 HQ NQ 53 thermal EMF 53 #.#mm x #.#mm [004] 53 S#W [001] 53 χ 53 CMOS wafers 53 9L 53 weighing #lbs [001] 53 #.#metres [003] 53 μmol 53 gm mt 53 x 2cm 53 2dB 53 #x#x# mm [003] 53 #x# mm [003] 53 TVDSS 53 #nm laser [002] 53 #um [001] 53 calcium Ca 53 azimuthal 53 circularly polarized 53 outcrop subcrop 53 1ppm 53 #.#mm x #mm [002] 53 #.#oz [001] 53 modulus 53 compressive stress 53 mrad 53 millimeter diameter 53 #.#x# [003] 53 #x#x#cm 53 #deg C 53 Chromitite 53 Weighing #g 53 WL CSP package 53 t/m3 53 cm3 53 spacings 53 magmatic kimberlite 53 mm dia 53 cm ^ sup 53 arcsec 53 circle circumference 53 m³ h 53 micrometers millionths 53 ellipsoids 53 Cretaceous limestone 53 μS cm 53 Nd YAG 53 Eq. 53 nH 53 #.#m #ft [002] 53 x #.#cm [003] 53 ± #.#mm [001] 53 8mm diameter 53 mm DFN package 53 tiny 3mm x 53 graphene wafers 53 2in 5cm 53 #:#.#-#.# 53 #Â º [001] 52 @ #.#g t [003] 52 g/m3 52 dB SPL 52 granitoids 52 chromitite layers 52 #.#deg [001] 52 #OHD 52 4mm thick 52 chromium alloy 52 8inches 52 +# º C [002] 52 #mm ² [001] 52 4H SiC 52 nm excitation 52 3m #ft 52 #nm #nm [002] 52 metres@#.#g t gold 52 #x#x# [003] 52 bending stiffness 52 disseminated magnetite 52 #.#mm [003] 52 GaAs substrates 52 mpm 52 isostatic 52 chromitite 52 μW 52 dipole moment 52 #mm# [003] 52 4m #ft 52 #.#GHz [001] 52 measuring #.#mm x [001] 52 3cm 52 ZK# [002] 52 μm 52 nms 52 sigmoidal 52 #/#-in [001] 52 permeabilities 52 #.#mm #.#mm [002] 52 kpc 52 #Â ° [002] 52 #nm #nm [003] 52 #m@#.#g t Au [004] 52 measures #.#mm x 52 #.#ft [004] 52 HW2 52 AZS# 52 mm f/#.# ASPH 52 pyrite pyrrhotite 52 #.#in #mm [001] 52 #mm #mm [003] 52 Figure 1C 52 #cms [001] 52 upper tropospheric 52 4' 52 pfu 52 J# +# [002] 52 8T 52 drilled northwards 52 5mm 52 Fig. 2C 52 #CM [002] 52 keV 52 HKD CNY 52 PBGA package 52 #g t Au [001] 52 goethite hematite 52 radioactivity intersected 52 mW/cm2 52 #mm x #mm [002] 52 x 4m 52 #/#-inch diameter 52 #degreesC 52 millimeter wavelength 52 degC 52 Â ¼ 52 GB DDR2 memory 52 1mm 52 kg hr 52 #mm #.#in [003] 52 #nm wavelength [001] 52 #ppm [002] 52 Texoma Elevation 52 ° #'# E 52 #.#g t Ag [001] 52 #.#mm [005] 52 tensile stresses 52 Jurassic sandstone 52 thence N# 52 Josephson junction 52 P#O# 52 photocurrent 52 DFN packages 52 ellipsoid 52 monolayer graphene 52 femtogram 52 #.#kms [001] 52 ppm eU#O# 52 annealing temperature 52 stratigraphically below 52 pin SOIC packages 52 #.#cm x 52 Quartz vein 52 ppm U 52 2inches 52 porosities 52 celcius 52 arcuate 52 linearly polarized 52 picoliter 52 pCi l 52 Bulk density 52 caudal peduncle 52 sq. cm 52 compressive load 52 #N [003] 52 1h 52 6mm thick 52 #.#ins [001] 52 velocity dispersion 52 Fig. 3c 52 #m@#.# % [002] 52 degF 52 #ppm eU#O# 52 W/m2 52 8cm 52 ppm Pb 52 P3HT 52 μV 52 mm QFN packages 52 Downlink frequency 52 3 mm DFN 52 microbalance 52 3v 52 amperometric 52 beamwidth 52 dI dV 52 4h #m 52 sq cm 52 hardness testers 52 5ppm 52 nanometers billionth 52 RRC# 52 GaN layers 52 2mm x 52 #.#mm #.#mm [003] 52 magnetostrictive 52 x 1mm 52 #mm diameter [002] 52 +# degC [001] 52 conductance 52 Cretaceous interval 51 Fig. 4c 51 dBi antenna 51 dielectric permittivity 51 7oz 51 argillic altered 51 3nm 51 areal densities 51 olivine macrocrysts 51 #.#m #ft [001] 51 Fig. 2d 51 6in 51 2cm 51 locally graphitic 51 3mm 51 Er YAG 51 @ #.#g t [001] 51 6ins 51 extrudate 51 nanotube arrays 51 5mins #.#secs [002] 51 Dip -# 51 #/#.# [008] 51 ¢ ª 51 1inch 51 ° latitude 51 dBi gain 51 #ppb [001] 51 mètres 51 8w 51 #.#mx #.#m [003] 51 inche 51 #.#cm thick [001] 51 #x#x#mm [002] 51 x #mm [001] 51 #RS [002] 51 diopside 51 macrocrystic 51 Mbp 51 2ppm 51 nanometers billionths 51 #kn 51 #GHz [001] 51 #m@#.# g t [003] 51 #ft 9in 51 temperature gradient 51 Barometric pressure 51 Leduc Formation 51 Skiatook Elevation 51 claystone 51 regression coefficients 51 kcal mol 51 ⁰ 51 5cm 51 #P# [004] 51 ° C ambient temperature 51 8nm 51 m z 51 #m downhole 51 1mm thick 51 unconformity intersected 51 #m#.#s [007] 51 tensile modulus 51 Rotliegend sandstone 51 tantalum pentoxide 51 post mineral tuff 51 hematite chlorite 51 NO spud #-#-# 51 M#L 51 fA 51 #ppb [002] 51 g t Ag Eq 51 droplet sizes 51 copper Cu 51 anal fin 51 pyrope garnets 51 ft3 51 0D 51 Gbps transceiver 51 V0 51 -# º C [002] 51 candelas 51 hole WAT# 51 #GBASE 51 aperture telescope 51 kg payload 51 #x#x# [009] 51 kinematic viscosity 51 SiC substrates 51 NWs 51 TCXOs 51 panchromatic imagery 51 parsec 51 #mH [002] 51 #cm diagonal 51 Yb 51 #x#.# [002] 51 feet TVD 51 #pF [001] 51 #ft #m [001] 51 Perforations 51 #m/min [001] 51 quartz pyrite vein 51 C#A [001] 51 ha -1 51 superlattice 51 1' 51 Ca2 51 riffle splitter 51 #u [001] 51 evaporite 51 variably silicified 51 #A #V [002] 51 -pass code SHOPNBC 51 #ft wingspan [001] 51 σ 51 hematite goethite 51 @ #.#g t [002] 51 1mm x 1mm 51 electron doped 51 #.#W [004] 51 5mm QFN package 51 advanced argillic alteration 51 outer diameters 51 micron wavelength 51 m3/hr 51 Cu PGE 51 Fig. 4a 51 C Transponder 3B 51 BH# [003] 51 8mm thick 51 Cr#O# 51 fig. S6 51 inch rack mountable 51 #/#-in [002] 51 #x#mm [003] 51 bandpass 51 @ #ppm U#O# 51 #in tall 51 6m x 51 2in 51 kPa 51 #.#gpt [001] 51 ε 51 micron particle 51 Fe Ni 51 3ft 3in 51 lamella 51 #mm ² [002] 51 kBq 51 ppm uranium 51 BP# [003] 51 #KG [002] 51 adsorbate 51 deg F 51 MLPQ package 51 Supplementary Fig 51 Sn 51 pin TDFN package 51 3cm thick 51 SiO 51 Gb NAND 51 micrometer scale 51 #.#-# [029] 51 hole CJV 51 oC 51 Notch kimberlite 51 airglow 51 5g t 51 ± #.#dB 51 Young modulus 51 GPa 51 -Dins 51 #μm [001] 51 #m@#.#g t Au [003] 51 weighs #.#kg [002] 51 chipscale 51 zinc sulphides 51 ppm deg 51 NQ2 size 51 pmol 51 #.#x# [002] 51 Al#O# 51 GW# [001] 51 kGy 51 #cm #in [001] 51 #.#mm x [001] 51 ° С 51 #.#cm thick [002] 51 revs min 51 sphericity 51 #m #ft [004] 51 #cm 4in 51 Cu Ni Co 51 Arbuckle Elevation 51 δ 51 magnetite gneiss 51 4ft #.#m 51 optical spectrum analyzer 51 blebby 51 #.#mm x #.#mm x [002] 51 dB insertion loss 51 #cm 3ft 51 potassically altered 51 9S 50 INR #,#-#,# mt 50 #kg [003] 50 magnetic susceptibility 50 isoelectric point 50 4mins #.#secs [001] 50 microvolts 50 cryoprobe 50 lithium oxide 50 SiO 2 50 Au t 50 PY# 50 Fig. 1B 50 Interferometric 50 granite gneiss 50 aluminum heatsink 50 centimeter wingspan 50 vanadate 50 #ppm ° C 50 PLLA 50 Mlbs U#O# 50 Fv 50 elastic modulus 50 #mm #mm [001] 50 Phased Array 50 MnO 50 primary gyratory crusher 50 -3 dB 50 nm VCSEL 50 #m/min [002] 50 g t Beryllium 50 kilopascals 50 MIL HDBK #F 50 .#-#.# [001] 50 #bopd 50 +# oC 50 millimeter mm 50 dm3 50 nmol 50 hexagonal lattice 50 FMR dikes 50 #kg payload 50 porous sandstone 50 MTOW 50 #'W 50 microlitres 50 º -# º 50 GaP 50 prognosed 50 conductivities 50 Carbonera C7 50 Thicknesses 50 6P 50 x 3mm 50 quartz sericite 50 #x#x# [002] 50 #x#m [003] 50 photon energies 50 planktonic foraminifera 50 rigid substrate 50 x #ft 50 oz ton silver 50 #pin [001] 50 #.#g t [004] 50 pediment gravels 50 z = 50 Mg Fe 50 4 x 4mm 50 #mm #.#in [002] 50 x#.# [004] 50 #.#-#.# m [001] 50 Sitrans 50 microampere 50 9xx nm 50 aluminum nitride 50 Shutter speeds 50 metres@#.# g t Au [002] 50 #.#kV [001] 50 #H# [003] 50 ° C. Grease 50 Rainfall totals ranged 50 areal extent 50 Upper Skarn 50 gm t 50 #/#mm [001] 50 #/#inch 50 tungsten WO3 50 micrometer sized 50 #.#l [002] 50 #m@#.# g t Au [001] 50 emittance 50 4in #cm 50 bezel width 50 coplanar 50 diffusivity 50 FC# [003] 50 intersected #.#m [001] 50 picoliter droplets 50 #lm [001] 50 mAh g 50 MMscf d 50 #cm #cm [002] 50 #cm 6in 50 Fig. 3B 50 #nm #nm [001] 50 6m #ft 50 indenter 50 μl 50 femoral condyles 50 #kN [001] 50 intersected mineralized zone 50 #.#-# mm 50 tonalite 50 #mm# [001] 50 vanadium oxide 50 Ta#O# 50 L1 L2 50 pyrite altered 50 -# degrees Centigrade 50 ferritic 50 Bragg grating 50 #.#μF 50 linewidth 50 #.#mm x #.#mm x [001] 50 2cm thick 50 massive sulphides grading 50 C/# [003] 50 upflow 50 #.#-#.# [005] 50 nitride semiconductor 50 oz st 50 volcanic breccia 50 inductive sensor 50 varying thicknesses 50 sulphide stringers 50 8in #cm 50 -#.# ° C 50 -# deg [002] 50 front mount intercooler 50 sqm hr 50 5t 50 nanometric 50 Figure 1A 50 Nd Yag 50 e = mc 50 silicified zone 50 CapSense proximity sensing 50 sqare 50 Î ¼ 50 #.#x#.#mm 50 #mm #mm [002] 50 #x# mm [004] 50 kimberlite outcrop 50 submillimeter 50 ° C/# ° F [001] 50 #CR [003] 50 anticyclonic 50 Quartz veins 50 Thermal conductivity 50 Infill drill 50 ultramafic intrusives 50 molybdenum disulfide 50 mineralized diorite 50 S7 S# 50 7' 50 vorticity 50 LiNbO3 50 dorsum 50 wideband tunable 50 pin leadless 50 Cu mineralization 50 #/#-inch thick [001] 50 torr 50 #.#g t Ag [004] 50 FNX# 50 microquasar 50 sulphide breccia 50 mA output 50 #MD [001] 50 m@#.# g t [004] 50 #F #C [001] 50 #M# [001] 50 array transducer 50 epiwafers 50 voltage divider 50 submillimetre wavelengths 50 z axis 50 TSSOP# 50 Eufaula Elevation 50 legacy multimode fiber 50 measures #x#x#mm [003] 50 #.#metre 50 #CS [002] 50 h f 50 capacitance values 50 g/m2 50 chalcedonic quartz 50 weighed 6lbs 50 variogram 50 Caballos Formation 50 seam thickness 50 MoS2 50 hafnium oxide 50 intersected mineralized 50 #.#g t Ag [003] 50 √ Hz 50 #WA 50 #.#g Au t [003] 50 #μF [002] 50 downhole lengths 50 nanowatts 50 4mm x 50 True thicknesses 50 CuO 50 Weighing #.#kg [002] 50 f#.# lens 50 2mm x #.#mm 50 Au Cu mineralization 50 banded quartz veins 50 magnesium Mg 50 isotropic 50 in. dia 50 9ins 50 flowrates 50 #Â º [002] 50 ALT elevation 50 alexandrite laser 50 ft. TDD 50 IP# NEMA 50 Z axes 50 #x#x# [004] 50 #μF [001] 50 Vein widths 50 #x#mm [001] 50 crackle breccia 50 vertically polarized 50 mmol 50 circumstellar disk 50 Geotech VTEM 50 +# degrees Centigrade 50 picolitre 50 synthetic aperture 50 titanomagnetite 50 º Fahrenheit 50 #ins tall 50 Climber survives 50 polymictic 50 westerly dipping 50 corrugation 50 Longest Dreadlocks 50 Min temp 50 beam shaper 50 yttrium oxide 50 Anapurna M 50 3g t 50 MPa 50 ° -# ° [002] 50 suppl. 50 #in #cm [001] 50 laser excitation