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(Click for frequent words.) 73 thermally induced 71 temperature gradients 68 inhomogeneities 68 corona discharge 67 thermal gradient 67 annealing temperature 67 fluid viscosity 67 cosmic ray flux 66 frictional resistance 66 isotope fractionation 66 thermal conduction 66 downwelling 66 compressive stress 66 submicrometer 66 thermally activated 66 electron scattering 66 enthalpy 66 nonlinearities 65 chemical reactivity 65 leakage currents 65 nonequilibrium 65 electromagnetic flux 65 nanomesh 65 cavitations 65 chlorophyll fluorescence 65 uniaxial 65 dephasing 65 temperature gradient 65 adsorbate 65 intermetallic 65 tropospheric 65 thermodynamic properties 65 nonlinearity 65 subwavelength 65 diffusive 64 conductivities 64 airflows 64 helicity 64 frictional heating 64 photosynthetic apparatus 64 Antarctic stratosphere 64 thermoelectric cooling 64 airglow 64 hydrophobicity 64 thermal diffusivity 64 isotherms 64 advection 64 bandgaps 64 polariton 64 lowermost mantle 64 convection currents 64 piezoelectric properties 64 electrical resistivity 64 impedance measurements 64 cosmic ray intensity 63 metallic nanostructures 63 intermetallic compounds 63 isostatic 63 stator windings 63 gelation 63 embrittlement 63 lattice mismatch 63 dipolar 63 dynamical processes 63 osmotic pressure 63 interparticle 63 waviness 63 micrometer scale 63 non linearities 63 quantum oscillations 63 microcavity 63 piezoelectric crystals 63 capacitive coupling 63 atmospheric moisture 63 particle acceleration 63 eddy currents 63 bismuth telluride 63 thermal conductivities 63 equilibration 63 elastic modulus 63 hydrothermal fluid 63 mantle convection 63 electronic excitations 63 bistability 63 resonant frequencies 63 rotational torque 63 adiabatic 63 geothermal gradient 63 magnetically coupled 63 Doppler shifts 63 inhomogeneous 63 heavy fermion 63 UV wavelengths 63 oscillation frequency 63 cementite 63 frequency transducers 63 magnetocaloric effect 63 paramagnetic 63 martensitic 63 atmospheric convection 63 magnetisation 63 carbonate globules 63 ammonium ions 63 quasiparticle 63 elastic moduli 63 polaritons 62 particulate contamination 62 magnetization reversal 62 photolysis 62 solder reflow 62 dipole moment 62 thermo mechanical 62 radiative cooling 62 corrugation 62 quantum mechanically 62 nanoparticle arrays 62 excitonic 62 polyphase 62 ionic conductivity 62 crystallinity 62 anisotropic 62 magnetic dipole 62 ratiometric 62 electroluminescence EL 62 microcavities 62 piezo actuator 62 parasitic capacitances 62 interannual variability 62 electron doped 62 crossflow 62 wettability 62 hafnium oxide 62 relativistic electrons 62 teleconnections 62 ferromagnetism 62 temperature coefficients 62 spin precession 62 torsional vibrations 62 post perovskite 62 dissipative 62 photochemical reactions 62 titanium aluminide 62 iron pnictides 62 decoherence 62 reaction kinetics 62 transmissivity 62 multiscale 62 Fig. 2b 62 supercontinuum generation 62 highly collimated 62 TEGs 62 aerosol concentrations 62 vorticity 62 climatic variations 62 photoconductive 62 melt viscosity 62 resonance frequency 62 radiative transfer 62 spheroidal 62 MOS transistors 62 temporal variability 62 microvolts 62 sulfidic 62 colloidal crystals 62 emittance 61 photonic bandgap 61 piezoresistive 61 irradiance 61 bosonic 61 epitaxial layer 61 dispersive 61 fluorescence quenching 61 sulphate aerosols 61 tensile stress 61 backscattering 61 Fig. 1a 61 velocity dispersion 61 superluminal 61 isotherm 61 rheological 61 manganite 61 impedances 61 plasmon 61 photocurrent 61 C0G 61 parasitic capacitance 61 electrons emitted 61 thermodynamically 61 electromotive force 61 austenitic stainless steels 61 starquakes 61 ceramic capacitor 61 heterojunctions 61 absorption spectra 61 chemically reactive 61 antiferromagnetic 61 ultrananocrystalline diamond 61 pMOS 61 chemical kinetics 61 dimensional nanostructures 61 boron nitride nanotubes 61 particle dispersion 61 dielectric permittivity 61 demagnetization 61 silicon nanowire 61 cordierite 61 interfacial tension 61 circumstellar 61 silicide 61 angular misalignment 61 K dielectrics 61 vibrational modes 61 harmonic currents 61 tensile stresses 61 UV photons 61 stray capacitance 61 dewetting 61 Bose Einstein condensates 61 CFD modeling 61 atomic lattice 61 thermomechanical 61 ultrasonic transducers 61 volcanic aerosols 61 electrochemical reactions 61 ultracold molecules 61 nematic 61 topological insulators 61 thermally stable 61 birefringence 61 optomechanical 60 friction coefficients 60 upflow 60 tribological 60 ENSO cycle 60 copper oxide superconductors 60 delaminations 60 ferroelectricity 60 varistor 60 millimeter wavelengths 60 Rossby waves 60 antireflective coatings 60 endothermic 60 bottomhole pressure 60 ionized gases 60 ultrasonic vibrations 60 emission wavelength 60 synchrotron x ray 60 harmonic vibrations 60 supercurrent 60 Alfven waves 60 Mott insulator 60 turbine inlet 60 photon energies 60 #degC [002] 60 calcium fluoride 60 cyclic loading 60 phototransistors 60 specular reflection 60 shunt resistors 60 electron tunneling 60 5kV 60 formamide 60 nanochannels 60 SAXS 60 recrystallization 60 piezo actuators 60 ceramic composites 60 van der Waals interactions 60 frequency harmonics 60 biogeochemical 60 antineutrino 60 diffusion coefficients 60 interferometric 60 Perkinamine 60 toroid 60 #.#nm [002] 60 Nernst 60 inhomogeneity 60 thermal inertia 60 X ray pulses 60 ε 60 patterning technique 60 brittle deformation 60 magnetostrictive 60 gravitational acceleration 60 relativistic particles 60 crystallites 60 Coulomb blockade 60 strontium isotope 60 moonquakes 60 ARPES 60 subsurface scattering 60 photoionization 60 anthropogenic carbon dioxide 60 argon fluoride 60 optical aberrations 60 resonant cavity 60 supercooled liquid 60 silicate rocks 60 Vdd 60 micrometre sized 60 electroluminescence 60 oscillation amplitude 60 oscillatory 60 stoichiometry 60 hydrated electron 60 mount inductors 60 superconductive materials 60 longwave radiation 60 resistive element 60 hypobaric hypoxia 60 numerical modeling 60 mantle plumes 60 carbides 60 millivolts 60 cyclicity 60 experimentally demonstrated 60 nanosize 60 ionisation 60 colloidal quantum dots 60 spatially resolved 60 ionise 60 Si substrate 59 ferromagnetic materials 59 spatial variability 59 carbon nanostructures 59 electrically insulating 59 toroidal 59 aseismic 59 crustal thickness 59 thermal insulator 59 overlying layers 59 elastic deformation 59 nonlinear optical 59 moldability 59 coronal loops 59 Josephson junction 59 mesoscopic 59 catalytic reactions 59 variabilities 59 supercooling 59 coronal holes 59 intergranular 59 vaporisation 59 alkali atoms 59 aspheres 59 spallation 59 foil resistor 59 polarized electrons 59 QCLs 59 nanotubes nanowires 59 atmospheric CO2 levels 59 nanocoatings 59 gravitational redshift 59 indium gallium nitride InGaN 59 nanowire transistors 59 micromechanical 59 helium nuclei 59 resistivity measurements 59 photochemical reaction 59 diurnal cycle 59 aperiodic 59 THz radiation 59 ZnO nanowires 59 crystalline solids 59 magnesium ion 59 nano crystals 59 clathrates 59 hydrosphere 59 superfluids 59 perturbation theory 59 meridional flow 59 antiferromagnets 59 sorption 59 thermodynamic equilibrium 59 glacial interglacial 59 ductile deformation 59 ferrite core 59 magnon 59 Bragg grating 59 viscous fluids 59 stratospheric ozone depletion 59 hydrolytic stability 59 coriolis 59 viscoelasticity 59 lapilli 59 energetic electrons 59 orifice plates 59 Jovian planets 59 undoped 59 MEMS gyroscope 59 CdSe 59 nanoporous materials 59 CMOS transistors 59 periodicities 59 flowability 59 ionic contaminants 59 spectroscopic analysis 59 finFETs 59 viscoelastic properties 59 fluid shear 59 X ray binaries 59 absorption spectroscopy 59 evapo transpiration 59 Photonic crystals 59 ion traps 59 NiSi 59 retarders 59 Nd YAG lasers 59 Conductivity 59 piezoelectric transducer 59 pore sizes 59 cogging 59 microstructural 59 capacitively coupled 59 intermolecular forces 59 coupling capacitance 59 microscale 59 iron arsenide 59 motor windings 59 surface plasmon 59 Carbon nanotube 59 directivity 59 zinc oxide ZnO 59 blackbody 59 refractive indices 59 martensite 59 photoluminescence 59 nanoindentation 59 moisture absorption 59 electrostatic discharges 59 exotherm 59 DFT calculations 59 nanofilms 59 microstructured 59 dentinal 59 compressive strain 59 calorimetric 59 Rayleigh scattering 59 cathodic 59 photomultiplier tubes 59 ionic currents 59 insulating substrate 59 superheat 59 thermal impedance 59 θ 59 reflow profiles 59 exothermic 59 sodar 59 single photon detectors 59 SiO 2 59 geomagnetic disturbances 59 APTIV film 59 sacrificial anode 59 diffractive optical elements 59 inductive loads 59 electrical conductance 59 shear modulus 59 weldability 59 '# patent relates 59 crystal lattices 59 Gaussian beam 58 molecules adsorbed 58 nanomechanical 58 electrochemically 58 tensile modulus 58 magnetic susceptibility 58 nanofluids 58 lithospheric 58 nanometric 58 quasicrystal 58 C# fullerenes 58 gravitational radiation 58 cuprate superconductors 58 electrochemical sensors 58 dewpoint temperature 58 #oF [001] 58 boreal ecosystems 58 ferromagnet 58 piezoelectric motors 58 convective heat 58 InAs 58 scanning tunneling microscopy 58 deformation 58 mesoscale 58 thermal conductance 58 CO2 fluxes 58 semiconductor nanowires 58 silicon monoxide 58 flexural 58 quantum coherence 58 photoelectrochemical 58 azimuthal 58 microcracks 58 Powerful debug 58 neutron beams 58 magnetic excitations 58 finely dispersed 58 hysteresis 58 topological defects 58 GHG concentrations 58 compressibility 58 numerical simulation 58 Ultraviolet rays 58 coupling capacitor 58 optical lattices 58 aero acoustics 58 Joule heating 58 backscattered 58 Fig. 1c 58 superior heat dissipation 58 nanodroplets 58 gaseous pollutants 58 neutron flux 58 laser interferometers 58 ablates 58 catalytically active 58 superlattice 58 Raman scattering 58 hydrologic cycle 58 #oC [001] 58 basaltic rocks 58 compressional 58 cosmological parameters 58 neodymium iron boron magnets 58 chemical inertness 58 amplitudes 58 quantum criticality 58 redox sensitive 58 diffraction grating 58 conductance 58 Anisotropy 58 Fig. 2a 58 eolian 58 moisture ingress 58 Photonic crystal 58 polar mesospheric clouds 58 Alfvén waves 58 corrosive fluids 58 biomineralization 58 unconventional superconductivity 58 HEMTs 58 relativistic speeds 58 EGR cooler 58 yttrium barium copper 58 wafer thickness 58 interatomic 58 redox reactions 58 aeolian 58 nonmagnetic 58 phototransistor 58 perturbations 58 impedance input 58 fluorescence intensity 58 graphitic carbon 58 pnictides 58 groundwater seepage 58 absorption coefficient 58 lattice vibrations 58 osmotic stress 58 Solyndra PV 58 gradational 58 boron trifluoride 58 flowrate 58 condensation nuclei 58 stereochemical 58 circular dichroism 58 chalcogenide 58 Halifax Weather Overcast 58 edge roughness LER 58 Si SiGe 58 diffuse aurora 58 Fig. 4B 58 autotrophic 58 temperature coefficient 58 conduction electrons 58 helium isotopes 58 vanadate 58 harmonic distortion 58 solvation 58 LPCVD 58 pearlite 58 X rays gamma rays 58 5μm 58 lithium bearing brines 58 gold nanoclusters 58 capacitive loads 58 chromatic dispersion 58 micropores 58 galactic cosmic rays 58 donor acceptor 58 nanomechanical devices 58 ultracold temperatures 58 bi axial 58 MWNT 58 dielectric breakdown 58 reed relays 58 dielectric constants 58 supersolid 58 Michelson interferometer 58 upper troposphere 58 atomically smooth 58 absorber layer 58 seabed sediments 58 nMOS 58 multicell 58 volumetrically 58 diffracting 58 roughening 58 synthetic aperture 58 Bose Einstein condensation 58 meteoritic material 58 rotary vane 58 PIN photodiode 58 semiconducting properties 58 outcoupling 58 popcorning 58 Southern Oscillation 58 superconducting qubit 58 metastable 58 W/cm2 58 planar waveguide 58 water vapor permeability 58 linearized 58 quantum capacitance 58 reflow temperatures 58 dopant 58 weak gravitational lensing 58 hyperfine 58 spicule 58 quasicrystalline 58 metallic carbon nanotubes 58 1μm 58 fluxes 58 nanostructured silicon 58 collimated beam 58 nitride semiconductor 58 convective cooling 58 particle morphology 58 stripline 58 depolymerization 57 photoconversion 57 millimetric 57 yardangs 57 YBCO 57 photomultiplier 57 Figure 2a 57 electroless copper 57 galactic disk 57 X ray absorption spectroscopy 57 moisture vapor 57 capacitances 57 weldment 57 trimers 57 colloidal particles 57 hygrometers 57 permafrost degradation 57 spectroscopic technique 57 quantum correlations 57 molten salts 57 microscopic bubbles 57 recrystallized 57 depolarization 57 submicron 57 stellar seismology 57 #.#uF 57 La Nià ± 57 axis trackers 57 voltage divider 57 crystalline lattice 57 inelastic scattering 57 surface roughness 57 photocatalysts 57 gate electrode 57 thrust faulting 57 CMOS fabrication 57 helium ions 57 copper oxides 57 Doppler shift 57 Dirac fermions 57 ohmic 57 TappingMode 57 saturable 57 CaCO 3 57 fermionic 57 photochemistry 57 reduced graphene oxide 57 Fig. 3b 57 overlying sediments 57 thermic 57 HTS wires 57 dielectric layer 57 Raman spectra 57 Min Temp #.# 57 Sr Ca 57 mechanical deformations 57 phonon 57 radiometric measurements 57 x ray scattering 57 permeability reservoir 57 rubidium vapor 57 outgassing 57 VSDs 57 galvanic corrosion 57 photochemical processes 57 anthropogenically 57 Mud volcanoes 57 nanoscale patterning 57 cryogenically cooled 57 wavefront distortion 57 bilayer graphene 57 ferroelectrics 57 photoemission 57 cam lobe 57 Schottky barrier 57 reflow soldering 57 silicon carbide ceramic 57 electron diffraction 57 torsional vibration 57 deflagration 57 offgas 57 corrosive atmospheres 57 Fig.1 57 ultrashort pulses 57 dimensional electron 57 electrodynamics 57 temperature barometric pressure 57 dopants 57 sulfate aerosols 57 weakly interacting 57 Semiconducting 57 concave convex 57 CO2 CH4 57 selectivities 57 -# ° [002] 57 pn junction 57 pyrogenic 57 nanosecond pulse 57 impurity atoms 57 absorbance 57 terahertz waves 57 cadmium sulfide 57 filamentary structure 57 wavefronts 57 nanoribbon 57 rotational velocity 57 anomalous dispersion 57 photomultiplier tube 57 linearly polarized 57 Late Paleozoic 57 thermal decomposition 57 equatorial latitudes 57 infrared spectral 57 harmonic filters 57 magnetic permeability 57 nanotube arrays 57 oscillator frequency 57 nanomotors 57 optically pumped 57 passivation layer 57 Coriolis meters 57 backpressure 57 MEMS resonators 57 topological insulator 57 emitted photons 57 defoaming 57 microcantilevers 57 abrasive particles 57 vibrationally excited 57 quantum cascade 57 infrared emitters 57 MOS transistor 57 sub picosecond 57 resonance frequencies 57 intermolecular interactions 57 Bose Einstein Condensate 57 ab initio calculations 57 circumstellar disk 57 oxide thickness 57 germanium silicon 57 LiNbO3 57 prominences 57 +# º C [002] 57 anisotropy 57 dynamical evolution 57 interferometers 57 photon flux 57 collisional 57 breakdown voltages 57 isotropic 57 CMOS ICs 57 MgB2 57 superposed 57 silicone encapsulation 57 magnetized plasma 57 sinters 57 thermoacoustic 57 upwellings 57 Grätzel cells 57 Fig. 4A 57 microstrip 57 radiative recombination 57 kT 57 monochromators 57 Mercury exosphere 57 tectonic uplift 57 subseafloor 57 piezoelectric crystal 57 mesoporous 57 Young modulus 57 ocean eddies 57 photon absorption 57 oceanic circulation 57 transient voltages 57 pentacene molecule 57 rms jitter 57 threshold voltages 57 ionized particles 57 spindle speeds 57 ultraviolet wavelength 57 polymer membranes 57 -# º C [002] 57 tectonic stresses 57 nonlinear dynamics 57 thermal convection 57 organic TFTs 57 voltage spikes 57 convective 57 climatic variability 57 geological timescales 57 weld slag 57 chlorine monoxide 57 electroactive 57 ion flux 57 planet magnetosphere 57 ultrafast pulses 57 sandstone intervals 57 processive 57 electron density 57 millivolt 57 bacterial decomposition 57 quantum phenomena 57 aerosol particles 57 radar interferometry 57 spherical particles 57 nanofabricated 57 nanosized 57 gaussian 57 perturbation 57 diatomic 57 skarn alteration 57 weld seams 57 hollow cylinders 57 conductivity 57 infrared laser beams 57 semiconductor nanostructures 57 piezoelectric ceramic 57 heterogeneities 57 magnetic vortices 57 indium gallium arsenide InGaAs 57 quartz adularia 57 photoelectron spectroscopy 57 ferrites 57 zeolite membranes 57 Auger recombination 57 porous membranes 56 coplanar 56 oxidized mercury 56 cuprate 56 coastal upwelling 56 wet FGD 56 magnetoresistance 56 dispersion compensators 56 chondrules 56 triangular lattice 56 sensing resistors 56 dipole magnets 56 vibro acoustic 56 Fig. 2A 56 laser irradiation 56 ferro electric 56 spatially separated 56 wirewound resistors 56 mesospheric 56 ultraviolet radiation emitted 56 fused silica 56 bistable 56 stoichiometric 56 coronal hole 56 convective storms 56 Schematic representation 56 opto couplers 56 exhaust backpressure 56 volcanic ridges 56 microfocus X ray 56 Global Warming Potential GWP 56 infra red radiation 56 membrane permeability 56 micromechanics 56 microfluidic channels 56 oxidisation 56 diffusivity 56 dual damascene 56 microampere 56 barometric pressures 56 dielectrophoresis 56 supercritical fluid 56 collimated 56 Fig. 2B 56 calcination 56 terrestrial biosphere 56 cavity QED 56 graphite oxide 56 axial tilt 56 Temperature extremes 56 ion thrusters 56 droplet sizes 56 nanocomposite material 56 Gas hydrates 56 #nm immersion 56 frictional drag 56 exothermic reaction 56 MΩ 56 calorimeters 56 thermodynamically stable 56 interfacial 56 cavitation bubbles 56 piezoelectric sensors 56 clamping voltages 56 AlGaAs 56 compressive stresses 56 felsic tuff 56 tri axial 56 barium titanate 56 electromechanical coupling 56 meridional 56 collinear 56 pulsed plasma 56 conventional superconductors 56 electron ion 56 acoustic impedance 56 X ray scattering 56 Bio SNG 56 epoxy composites 56 planetary magnetospheres 56 Fig.2 56 adsorptive 56 electrons tunneling 56 cavitation 56 Mosfets 56 boron oxide 56 piezoelectric actuators 56 wirewound 56 sulfonated 56 solvent evaporation 56 magnetospheric 56 aluminum gallium nitride 56 Clogged filters 56 hyperpolarization 56 metallicity 56 zener diodes 56 homopolymer 56 Photolithography 56 climate forcings 56 structural stratigraphic 56 anneal 56 SNR #-#.# 56 correlated electron 56 Fluctuating temperatures 56 kinematic 56 oligomer 56 bioelectrical 56 anthracene 56 pn junctions 56 anodic 56 indium nitride 56 dunite 56 hysteresis loop 56 structural lineaments 56 ZnSe 56 Fig. 4a 56 solutes 56 axial loading 56 microns millionths 56 sulfate aerosol 56 neutrino experiments 56 ion beams 56 detector arrays 56 beamwidth 56 heterotrophic 56 oxidise 56 soliton 56 hydrogen peroxide H#O# 56 Liquid helium 56 monolayer graphene 56 τ 56 coronal loop 56 fermion 56 silicate minerals