Related by context. All words. (Click for frequent words.) 64 mT 64 ε 64 cm -2 63 Fig. 4A 63 meV 62 absorption coefficient 62 kcal mol 62 hafnium oxide 62 fig. S2 62 τ 62 CaCO 3 62 oC 62 κ 61 Eq. 61 californium 61 GFlops 61 mu m 61 ZrO 2 61 MeV 61 platinum Pt 61 σ 60 Tl 60 yr -1 60 λ 60 mK 60 Fig. 2b 60 keV 60 vibrational modes 60 δ 60 θ 60 dipolar 59 Gd#O# 59 η 59 dI dV 59 -1 ^ 59 NMR spectra 59 MWNT 59 La Ce Pr 59 #.#nm [002] 59 ν 59 electronvolts 59 #mV V 59 1μm 59 stoichiometry 59 kg/m3 59 cm -3 59 g cc 59 CaO 59 Deuterium 59 dinitrogen 59 MoS2 59 Supplementary Fig 59 z = 59 enthalpy 59 shear modulus 59 lanthanum La 59 SO4 59 valence electrons 59 W/cm2 58 Coulomb blockade 58 dipole moment 58 Fig. 1c 58 kilotonne 58 Terbium 58 voltage divider 58 μm diameter 58 photolysis 58 NWs 58 Fig. 4a 58 PO4 58 CdSe 58 hyperfine 58 g cm 58 cm ^ sup 58 ^ sup -1 58 ammonia NH3 58 Fig. 3b 58 magnesium Mg 58 eclogitic 58 m z 58 γ 58 fissionable 58 samarium 58 fig. S6 58 microvolts 58 Deg C 57 Fig. 1A 57 fs pulses 57 isotope fractionation 57 cm ² 57 photoelectron 57 μV 57 electrical resistivity 57 spontaneous fission 57 fig. S1 57 ha -1 57 Fig. 2a 57 ohm cm 57 Al#O# 57 InAs 57 ρ 57 praseodymium 57 Terbium Tb 57 conductivities 57 μS cm 57 deuterium tritium 57 photoionization 57 4H SiC 57 adsorbate 57 t/m3 57 corona discharge 57 magnetic permeability 57 doped silicon 57 vanadate 57 mW/cm2 57 dielectric permittivity 57 magnon 57 Å -1 57 fissile isotope 57 Anisotropy 57 thermal gradients 57 5nm 57 holmium 57 dielectric constants 57 cm -1 57 catalytically active 56 Fig. 3B 56 Schematic representation 56 Fig. 3A 56 SiO 2 56 UV wavelengths 56 nH 56 formate 56 μW 56 SiON 56 SiO 56 ppm boron 56 -# mV [002] 56 ω 56 Supplementary Table 56 boron atoms 56 CuO 56 degC 56 ionization mass spectrometry 56 molar ratio 56 kiloton yield 56 5μm 56 molecular orbitals 56 ms -1 56 kelvin 56 dopant 56 compressive stress 56 MgO 56 circular dichroism 56 perturbation theory 56 IR spectra 56 Nd 56 kBq 56 ppmv 56 isotherms 56 quasiparticle 56 W/m2 56 GaP 56 Raman spectra 56 SiO2 56 lanthanum oxide 56 copper oxide superconductors 56 photon flux 56 Fig. 1a 56 UV photons 56 √ Hz 56 Mott insulator 56 SAW oscillators 56 capacitances 56 g/cm3 56 cyclohexane 56 Technetium 56 1ppm 56 iron arsenide 56 martensitic 56 μH 56 antimonide 56 gadolinium Gd 56 CaCO3 56 #.#mA [002] 56 calcium fluoride 56 #W halogen 56 Mosfets 56 MΩ 56 Si substrate 56 #m@#.# % [002] 56 unreacted 56 orbitals 55 Fig. 2d 55 GtC 55 yttrium oxide 55 adsorption isotherms 55 lapilli 55 COOH 55 mN 55 Nd YAG lasers 55 thermal EMF 55 GaN layer 55 polybutadiene 55 crystallites 55 nanosecond pulse 55 +# deg [002] 55 mM NaCl 55 Fig. 2A 55 Mg Ca 55 bandgaps 55 palladium Pd 55 χ 55 Fig. 2B 55 Ytterbium 55 neodymium Nd 55 Wh kg 55 W mK 55 -# º C [002] 55 hydrogen H2 55 anthracene 55 Î ¼ 55 2ppm 55 excitation energies 55 Arsenide 55 ZnSe 55 sorption 55 carbides 55 Zr 55 Young modulus 55 InSb 55 Fig. 4B 55 silicon Si 55 #ppm ° C 55 temperature coefficients 55 #ppm U 55 nuclide 55 Nd YAG 55 TEGs 55 megapascals 55 linearized 55 Fe Ni 55 transconductance 55 photoemission 55 molybdenum disulfide 55 chromatogram 55 Fe Mg 55 Boltzmann constant 55 ratiometric 55 mercury cadmium telluride 55 isomeric 55 linearly polarized 55 crystallinity 55 supercurrent 55 antineutrinos 55 vanadium oxide 55 birefringence 55 #,# bis 55 chondritic 55 tensile stress 55 P#O# 55 #ppm Cu 55 micron diameter 55 photocurrent 55 5ppm 55 aluminate 55 CAIs 55 cementite 55 φ 55 absorbs ultraviolet 55 thermodynamic properties 55 Fig.1 55 #.#MHz [007] 55 plagioclase 55 amperometric 55 Fig. 2c 55 Nernst 55 Mg Fe 54 microwatt 54 Bq 54 thermal conductivities 54 photon energies 54 LFTR 54 pentoxide 54 F FLT 54 H#O# 54 calcium Ca 54 electron volt 54 ternary 54 cadmium selenium 54 tensile strengths 54 dispersive 54 ELECTROMAGNETIC 54 TiO 54 UO2 54 #m Tc 54 tetragonal 54 phonon 54 synthetic aperture 54 nT 54 moduli 54 magnesium hydride 54 silicide 54 resonant frequencies 54 emittance 54 nitride semiconductor 54 lutetium 54 superior heat dissipation 54 antineutrino 54 #pF [001] 54 emissivity 54 Pb Cu 54 isotherm 54 P3HT 54 isotopic compositions 54 insitu 54 #.#VDC 54 chondrites 54 polaritons 54 Holmium 54 mJ 54 electrolytic capacitor 54 #,# dihydroxyvitamin D 54 absorption spectra 54 pulse durations 54 magnetostrictive 54 saturable 54 isotopic ratios 54 photomultiplier tubes 54 volcanic aerosols 54 Near Infrared NIR 54 linewidth 54 CdS 54 cited krypton strontium 54 tin Sn 54 fA 54 ZnS 54 ppm ° C 54 hysteresis loop 54 dielectric constant 54 milliohm 54 Michelson interferometer 54 thermal conductance 54 nitrides 54 tetrahydrofuran THF 54 ppm CO2 54 ferrites 54 Cu Eq 54 Fig. 4b 54 spin precession 54 lithium niobate 54 #cm [001] 54 allyl 54 mol L 54 aluminum gallium indium 54 heavy fermion 54 μF 54 m/s2 54 mol 54 Fig. 1b 54 emission wavelength 54 anisotropy 54 chemiluminescence 54 pMOS 54 GeV 54 vibrationally excited 54 neodymium praseodymium 54 NO3 54 highly collimated 54 #.#Hz 54 Er YAG 54 undoped 54 annealing temperature 54 nematic 54 m ^ sup 54 quantum oscillations 54 absorbance 54 nuclides 54 helicity 54 organic TFTs 54 DFB lasers 54 thermal equilibrium 54 threshold voltages 54 FWHM 54 fig. S3 54 picogram 54 metallic ions 54 kGy 54 MWCNT 54 paramagnetic 54 tantalum pentoxide 54 Bose Einstein Condensate 54 -# ° C [001] 54 noble gases 54 Figs. 53 μm wavelength 53 desorbed 53 diffusive 53 silica SiO2 53 scintillator 53 isostatic 53 Fig. 3c 53 Global Warming Potential GWP 53 N acetyl 53 diene 53 electron affinities 53 relativistic electrons 53 #pF [002] 53 sapphire substrate 53 #Ω [002] 53 Thermal conductivity 53 mΩ 53 H#SO# 53 yttrium Y 53 semiconductive 53 Josephson junction 53 chemisorption 53 bosonic 53 isomers 53 fluorescence emission 53 amu 53 oxyhemoglobin 53 calorimeters 53 intrinsic viscosity 53 pyrope garnets 53 capacitively coupled 53 IR wavelengths 53 niobium oxide 53 borane 53 #.#uF 53 agarose gel 53 transferase 53 produced plasma LPP 53 ppm deg 53 phosphorus atom 53 lysates 53 electron volts eV 53 diffusion coefficients 53 GPa 53 SDR# 53 neutrino experiments 53 ± #ppm [001] 53 Raman scattering 53 rhenium Re 53 logarithmic scale 53 operon 53 #.#t [003] 53 #.#μ 53 chemically reactive 53 CIS CIGS 53 Nm3 h 53 memset 53 sorbed 53 submicrometer 53 Fluorinated 53 deionised water 53 diatomic 53 toroidal 53 m 53 superheavy element 53 pyrophoric 53 equiv 53 #x# ^ 53 germanium antimony 53 Fig. 2E 53 Figure 2a 53 μmol 53 ppbv 53 pentacene 53 phosphide 53 phototransistor 53 ^ ^ sup 53 #lm [002] 53 Europium 53 polariton 53 cerium Ce 53 α β 53 #.#m #.#m #.#m [003] 53 millivolts 53 Fabry Perot 53 Lutetium 53 hydraulic conductivity 53 SOFC stacks 53 # XN 53 magnesium ion 53 sinewave 53 cantilever deflection 53 peridotitic 53 cuprate 53 tungstate 53 fermion 53 poly L lysine 53 conjugated polymer 53 indium gallium phosphide 53 Yb 53 carboxylic acids 53 differential scanning calorimetry 53 #u [001] 53 elastic modulus 53 turbo compressor 53 diopside 53 C/# [003] 53 fluorescence quenching 53 mosfet 53 Schematic diagram 53 Figure 3a 53 dioxide 53 Methane CH4 53 #degreesC 53 thermic 53 HEMTs 53 electron neutrino 53 niobium Nb 53 Voltages 53 dB insertion loss 53 mH 53 ¢ ª 53 melt viscosity 53 Hastelloy 53 enantiomeric 53 zinc oxide ZnO 53 thermally activated 53 LiNbO3 53 metastable 53 PIN photodiode 53 oxide semiconductor 53 fig. S5 53 Quiescent current 53 ferromagnetism 53 photon counting 53 cometary material 53 -# mV [001] 53 MnO 53 MOS transistors 53 ytterbium 53 FeO 53 PIN diode 53 leakage currents 53 microwave frequencies 53 UV lasers 53 #μ 53 terawatt hour 53 NaCN 53 MIL HDBK #F 53 eU#O# 53 uniaxial 53 desaturase 53 tetrahedral 53 Mn Fe 53 Inconel 53 lithium oxide 53 magnetite concentrates 53 resonance frequency 53 degF 53 Ho Er Tm 53 THD + N 53 Cerium Lanthanum 53 Lorentzian 53 BeO 53 heterostructures 53 NH4 + 53 thermal decomposition 53 trioxide 53 pentacene molecule 53 mV V 52 linewidths 52 nonlinearities 52 intracavity 52 Pearson correlation coefficient 52 kg hr 52 #.#Ω 52 anerobic 52 impedances 52 wavefunction 52 #G# [002] 52 polyphosphates 52 Monazite 52 ilmenites 52 Mpc 52 antihelium 52 ceramic capacitor 52 nucleon 52 spectrometric 52 Lithium Niobate 52 1kHz 52 emission spectrometer 52 ferroelectricity 52 dissipative 52 Input Voltage 52 electron positron 52 #ppm [002] 52 surface plasmon 52 curies 52 ellipsoids 52 Ray Spectrometer 52 helium nuclei 52 capacitive coupling 52 Nb Ta 52 coefficients 52 ionise 52 #.# MHz [002] 52 H#D 52 collinear 52 EDXRF 52 transmissivity 52 input impedance 52 butylene 52 precessing 52 SNe Ia 52 2kHz 52 epitaxial layer 52 ppm eU 52 icosahedral 52 fluxes 52 radiative 52 DEV DA TOMAR NEXT 52 barium sulphate 52 ZnO nanowire 52 magnetoresistance 52 oxide thickness 52 toroids 52 nonequilibrium 52 dysprosium oxide 52 indium gallium nitride InGaN 52 #μF [001] 52 U Th 52 Fig. 4c 52 Gallium Arsenide 52 #ppb Au [002] 52 electrons positrons 52 CNT FED 52 strange quark 52 dielectric strength 52 #ppb gold 52 gravitational acceleration 52 wetted parts 52 = null 52 chipscale 52 microcavity 52 fluorescence intensity 52 electronic excitations 52 backscattering 52 DFT calculations 52 deoxy 52 MREO 52 neutron detectors 52 UV VIS 52 emits photons 52 oscillator frequency 52 reaction kinetics 52 mA output 52 Nd#O# 52 solvation 52 #.#-#.# [011] 52 lanthanide 52 homopolymer 52 #.#mm x [005] 52 alpha emitter 52 inorganic salts 52 interparticle 52 weakly interacting 52 InGaN 52 chrome diopside 52 YAG lasers 52 null mice 52 hexene 52 logarithmic amplifiers 52 spectroscopic analysis 52 Spectroscopic 52 agarose gel electrophoresis 52 gaussian 52 Fig. 3d 52 Fig. 2D 52 C#A [001] 52 calorific values 52 Fig. 1D 52 supercruise 52 intracellular pH 52 microcavities 52 germanium silicon 52 diacetate 52 irradiance 52 3He 52 mOhm 52 g mL 52 5V CMOS 52 nanopowder 52 tropospheric 52 lattice parameter 52 optically pumped 52 cadmium sulfide 52 ATP synthase 52 J. Phys 52 indium gallium 52 equilibration 52 inhomogeneities 52 Vdd 52 HRTEM 52 Fig. 2C 52 3v 52 Tellurium 52 gluon 52 kilotons 52 dihydrogen 52 nanometer spatial 52 neutron flux 52 ^ sub 52 ARPES 52 ppm U 52 Holes WAT# 52 ZnO nanowires 52 Bulk density 52 femtogram 52 hydrofluorocarbons HFCs perfluorocarbons PFCs 52 x 9mm 52 1W LEDs 52 glutamyl 52 thorium uranium 52 martensite 52 carbonaceous chondrites 52 calorimetric 52 argc 52 X ray absorption spectroscopy 52 electron tunneling 52 nonlinearity 52 permittivity 52 +# VDC 52 sequestering CO2 52 wph 52 ± #ppm [002] 52 anthropogenic CO 52 para xylene 52 avalanche photodiode 52 GaAs AlGaAs 52 microwatts 52 pyrope garnet 52 photodiode array 52 L# L# [002] 52 substituents 52 hypogene mineralization 52 TVID 52 P0 52 crystallite 52 kΩ 52 MTOE 52 HOUSE Remains 52 potassium feldspar 52 quinone 52 ethene 52 5mW 52 BTU lb 52 plus yttrium 52 figs. 52 monodisperse 52 dichromate 52 PCBM 52 metal halides 52 photoluminescence 52 #Â º [001] 52 airburst 52 W boson 52 #.#um [001] 52 alkene 52 SAC# 52 powder diffraction 52 + sizeof 52 Dysprosium Dy 52 kinematic viscosity 52 NADPH 52 Fig. 1d 52 ionisation 52 interfacial tension 52 circularly polarized 52 lasing wavelength 52 photosystem II 52 Interferometric 52 nMOS 52 MoO3 52 electroless copper 52 alpha emitters 51 calcium sulphate 51 pentane 51 fission reactor 51 Platinum Pt 51 graphitic carbon 51 kWe 51 Sitrans 51 FeMn 51 epiwafers 51 pyroelectric 51 quasiparticles 51 CO2 eq 51 J1B 51 nanometer wavelength 51 delocalized 51 azimuthal 51 molybdenite MoS2 51 lowpass filter 51 magnetic anisotropy 51 luminous flux 51 ultimate tensile strength 51 antiparticle 51 antiferromagnetic 51 electron doped 51 g ml 51 #degC [002] 51 nanomolar 51 Erbium 51 metalloid 51 #.#μm [001] 51 fused silica 51 limestone xenoliths 51 nmol 51 Kcal kg 51 coated pistons 51 colloidal nanocrystals 51 INR #,#-#,# mt 51 TDFN packages 51 argon fluoride 51 americium 51 GWs 51 MWCNTs 51 Mg ha 51 -# ° F [001] 51 chromites 51 pulsewidth 51 arcsec 51 microampere 51 dc voltage 51 backscattered 51 resonance frequencies 51 electrochemical sensor 51 self assembled monolayers 51 superheater 51 Cu Pb 51 uranium deuteride 51 dissolved salts 51 purities 51 Rubidium 51 actinide 51 octyl 51 polyphase 51 magnetron 51 measuring #.#mm x [001] 51 inductive loads 51 Figure 1A 51 copper Cu 51 toroid 51 2μm 51 ° C ambient temperature 51 stoichiometric 51 lowermost mantle 51 μm thick 51 #.#m #.#m [004] 51 -# Celsius [001] 51 AlGaAs 51 modulated signals 51 B meson 51 thermo mechanical 51 tokamaks 51 cm ³ 51 samarium cobalt 51 Carbon Dioxide CO2 51 electron neutrinos 51 arcmin 51 relativistic protons 51 2kV 51 thiourea 51 manganese Mn 51 lactone 51 nm excitation 51 temperature gradients 51 #.#nm [001] 51 thermonuclear weapons 51 piezo actuator 51 #MWe [001] 51 gallium indium 51 Aluminum Oxide 51 coercivity 51 boron trifluoride 51 tungsten oxide 51 monazite 51 B mesons 51 micrometre 51 acid leached 51 AlGaInP 51 1nm 51 cytochrome 51 photomultipliers 51 Nd Yag 51 quantum mechanically 51 La#O# 51 graphene membrane 51 microbolometers 51 absorption spectroscopy 51 dielectric layer 51 disaccharide 51 silicon monoxide 51 #um [002] 51 diffraction patterns 51 cytochromes 51 lutetium plus yttrium 51 pyrophosphate 51 Â ± 51 regression coefficients 51 ± #V [001] 51 micrometer scale 51 wavelength tunable 51 VHE gamma rays 51 #.degree [001] 51 CMOS transistors 51 degreesC 51 partially oxidized 51 gadolinium oxide 51 Figure 4a 51 aqueous electrolyte 51 uranyl 51 spin excitations 51 kPa 51 thermodynamic equilibrium 51 allanite 51 mAh g 51 intermetallic compounds 51 #,# dimethyl 51 nanoliters 51 Bq l 51 diisocyanate 51 magnetization 51 ZnO 51 cadmium Cd 51 HfSiON 51 cosmic ray intensity 51 silica substrate 51 heterojunction 51 g/m2 51 #.#μF 51 C#H# 51 GaAs substrates 51 electrocatalyst 51 penetrant 51 Lanthanum La 51 BP# [003] 51 fig. S4 51 economically extractable 51 anthropogenic carbon dioxide 51 mm ² 51 boron oxide 51 macrocrystic 51 W bosons 51 fluorescence spectra 51 NaOH 51 #.#u 51 tantalum oxide 51 torr 51 positron emitting 51 sodium potassium chloride 51 electrons orbiting 51 LREE 51 diffusivity 51 nickel Ni 51 beta tubulin 51 ferrite core 51 caustic soda sodium hydroxide 51 Photometric 51 bypass capacitor 51 remanent 51 Vpp 51 mrad 51 perovskite 51 X7R 51 V ac 51 SiC substrates 51 oscillation frequency 51 hydrogen deuterium 51 pyridyl 51 nanopowders 51 gamma ray emission 51 zener diodes 51 #ppm Mo 51 m³ h 51 temperature coefficient 51 neutron absorber 51 CF3 51 alkali atoms 51 #.#W [003] 51 halides 51 electromotive force 51 crystal lattices 51 strange quarks 51 atmospheric aerosol 51 5kV 51 ferritic 51 noise THD + 51 alkane 51 adiabatic 51 #AR 51 Lignite coal 51 alkenes 51 cordierite