Related by context. All words. (Click for frequent words.) 62 crystallinity 61 epitaxial layer 60 leakage currents 60 conductivities 60 oxide thickness 59 photon detection 58 compressive strain 58 gate dielectrics 58 epitaxial layers 58 HEMTs 58 ionic conductivity 58 thermal conduction 58 geometries shrink 58 RF transistors 57 thermally activated 57 diffusion coefficients 57 InAs 57 pMOS 57 electron mobility 57 CMOS transistors 57 electron tunneling 57 pentacene 57 defect densities 56 Si substrate 56 paramagnetic 56 k gate dielectric 56 Gallium arsenide 56 undoped 56 breakdown voltages 56 dopant 56 k dielectric 56 tensile strain 56 oscillation frequency 56 bistability 56 AlGaN 56 photocurrent 56 magnetization reversal 56 threshold voltages 55 ferroelectricity 55 uniformities 55 photon flux 55 deterministic latency 55 parasitic capacitances 55 AlGaN GaN 55 uniaxial 55 compressive stress 55 SiON 55 parasitic capacitance 55 etch selectivity 55 nMOS 55 nanomesh 55 thickness uniformity 55 piezoelectric properties 55 tensile modulus 55 MOS transistors 54 repeatable measurements 54 fluid viscosity 54 thermal foldback 54 #.#nm [002] 54 bilayer graphene 54 ferroelectric 54 dielectrics 54 transconductance 54 supercurrent 54 Figure 1b 54 nanocrystal 54 hafnium oxide 54 lasing threshold 54 dipole moment 54 silicide 54 inhomogeneity 54 elastic modulus 54 lattice mismatch 54 wafer thickness 54 FinFETs 54 excitonic 54 fluorescence emission 54 nonlinear optical 54 neutron flux 54 permittivity 54 NiSi 54 YBCO 54 electron scattering 54 microcavities 54 hydrophobicity 53 graphene transistor 53 dielectric constants 53 subwavelength 53 dB insertion loss 53 dielectric breakdown 53 conformality 53 capacitances 53 selectivities 53 adsorbate 53 5μm 53 microcavity 53 relaxivity 53 Alien Crosstalk 53 QCLs 53 bursty traffic 53 CMOS ICs 53 capacitive loading 53 SWCNT 53 nitride semiconductor 53 graphene transistors 53 nitride layer 53 gelation 53 thermodynamic equilibrium 53 Mosfets 53 velocity dispersion 53 demagnetization 53 nitride 53 submicrometer 53 titania nanotubes 53 semiconducting properties 53 accuracy repeatability 53 dielectric constant 53 graphene layers 53 thermally stable 53 thermal conductivities 53 transmissivity 53 5nm 53 heterostructure 53 subnanometer 53 nonlinearity 53 shear modulus 53 inhomogeneities 53 optically transparent 53 clamping voltages 52 dopants 52 absorption coefficient 52 dual damascene 52 SiO 2 52 moldability 52 capacitive coupling 52 bending radii 52 heterostructures 52 semiconducting 52 thermally induced 52 chipscale 52 InGaN 52 bandgap 52 silicon nanowire 52 coercivity 52 calcium fluoride 52 nanotube arrays 52 Coulomb blockade 52 atomically smooth 52 isotope fractionation 52 UV wavelengths 52 thermal conductance 52 Auger recombination 52 silicon substrates 52 fluorescence intensity 52 Raman lasers 52 linewidth 52 ZnO nanowires 52 ohmic 52 hydrophobic compounds 52 frequency harmonics 52 oscillation amplitude 52 analyte 52 helium ions 52 thermal dissipation 52 atomic lattice 52 supercontinuum generation 52 tensile stress 52 lasing wavelength 52 intermodulation distortion 52 inhomogeneous 52 electrostatic interactions 52 conductance 52 single photon detectors 52 annealing temperature 52 Vdd 52 k dielectrics 52 nonlinearities 52 thermal gradients 52 P3HT 52 radiative recombination 51 GaN wafers 51 ammonium ions 51 EO polymer 51 MEMS resonators 51 CMOS silicon 51 indium antimonide 51 CdSe 51 PbS 51 conductivity 51 nano fluidic 51 #.#uF 51 Carbon nanotube 51 SWNT 51 ferromagnetism 51 nanocrystalline 51 InGaAs 51 dielectric materials 51 intermetallic 51 absorption spectra 51 4mA 51 dopant atoms 51 NMR experiments 51 particle morphology 51 bismuth telluride 51 Quantum dots 51 aluminum gallium nitride 51 bistable 51 bipolar transistors 51 photon counting 51 QFNs 51 FWHM 51 W/cm2 51 quantum capacitance 51 LiNbO3 51 mammographic breast 51 photon energies 51 reproducible measurements 51 superior heat dissipation 51 helicity 51 photostability 51 semiconductor nanowires 51 Schottky barrier 51 clamping voltage 51 electronic excitations 51 magnetoresistance 51 bismuth ferrite 51 barium titanate 51 emission spectra 51 sub picosecond 51 bandgaps 51 cyclicity 51 cuprate superconductors 51 strontium titanate 51 magnetic permeability 51 ProASIC3 devices 51 emulsion droplets 51 Si SiGe 51 ε 51 bipolar transistor 50 Mott insulator 50 silicone encapsulation 50 FD SOI 50 dielectric layer 50 photoconductive 50 substrate 50 phototransistors 50 vanadium dioxide 50 dielectric layers 50 chemical inertness 50 electret 50 chemical reactivity 50 dissipative 50 CMOS fabrication 50 friction coefficients 50 downgauging 50 K dielectrics 50 sphericity 50 absorbance 50 noise ratio SNR 50 electrically insulating 50 nanomembranes 50 thermal diffusivity 50 ZnSe 50 silicon waveguides 50 thermal impedance 50 diffusion coefficient 50 heterojunction 50 birefringence 50 ferromagnetic materials 50 cm ² 50 SNR signal 50 intermodulation 50 interatomic 50 dielectric permittivity 50 toroids 50 sorption 50 dermal papilla 50 van der Waals interactions 50 Fig. 1a 50 IGLOO FPGAs 50 insulating substrate 50 silicon nanocrystals 50 ferroelectrics 50 tribological 50 Fig. 2a 50 1ppm 50 microRNA molecule 50 input capacitance 50 donor acceptor 50 wettability 50 graphene nanoribbons 50 polariton 50 Serializer Deserializer SerDes 50 Figure 2a 50 MgB2 50 thermodynamically stable 50 reaction kinetics 50 electron density 50 equilibration 50 #nm laser [001] 50 gate electrode 50 cavitations 50 CyberDisplay #K 50 thermodynamic properties 50 PIN photodiode 50 quasiparticle 50 mK 50 FinFET 50 microtubes 50 PIN diode 50 graphene circuitry 50 silicon Si 50 temperature gradients 50 interparticle 50 temperature coefficients 50 VCSELs 50 Fig. 1c 50 heterojunctions 50 reagent consumption 50 tumor perfusion 50 antimonide 50 magnetically coupled 50 low k dielectrics 50 phototransistor 50 nanosecond pulse 50 electro optic plastics 50 particulate contamination 50 neutron radiation 50 responsivity 50 poly L lysine 49 quantum oscillations 49 Bose Einstein condensates 49 photon detectors 49 transient voltages 49 PIN photodiodes 49 absorber layers 49 μm diameter 49 diffusivity 49 relativistic electrons 49 multilayers 49 Gallium Arsenide GaAs 49 CNTs 49 ACPL K# 49 intrinsic jitter 49 AlN layer 49 planar waveguide 49 carbon nanotube CNT 49 Dirac fermions 49 copper oxide superconductors 49 ZnO 49 viscoelastic properties 49 variabilities 49 shrinking geometries 49 transmittance 49 electromechanical coupling 49 cadmium selenide 49 saturable 49 nanometric 49 RDS ON 49 sensing resistors 49 heavy fermion 49 differentiable 49 MWNT 49 silicon nitride 49 photon absorption 49 etalon 49 microvolt 49 MWCNT 49 proton conductivity 49 ARPES 49 macroscale 49 magnetocaloric effect 49 microwatt 49 thermal gradient 49 vanadium oxide 49 refractive indices 49 wafer diameters 49 non linearities 49 Fig. 1A 49 pore sizes 49 Laser diodes 49 gate dielectric 49 LSA#A 49 molecules adsorbed 49 hydrophobic interactions 49 ownership CoO 49 QDs 49 THz radiation 49 5x #x 49 quantum mechanically 49 impedances 49 interrupt latency 49 CMOS circuits 49 piezoresistive 49 ohmic contacts 49 electroluminescence EL 49 #kV ESD 49 ferromagnetic 49 densities 49 perturbation theory 49 opto couplers 49 fig. S2 49 PIN diodes 49 AlGaAs 49 photoluminescence 49 1μm 49 photonic bandgap 49 cosmic ray intensity 49 photobleaching 49 catalytic reactions 49 micrometer scale 49 Fig. 4a 49 moisture absorption 49 hafnium dioxide 49 reactive intermediates 49 photomultipliers 49 serum PTH 49 oscillatory behavior 49 electrophoretic 49 electrochemical capacitors 49 RNFL thickness 49 epitaxial silicon 49 superluminal 49 resonant frequencies 49 dispersive 49 C0G 49 InSb 49 superconductive materials 49 μW 49 sunlight readability 49 pulse widths 49 crystalline lattice 49 #ns [002] 49 photodetector 49 emission wavelength 49 Nernst 49 Lithium Niobate 49 fig. S6 49 silicon crystals 49 temperature coefficient 49 magnon 49 ultrananocrystalline diamond 49 topological insulators 49 cm -2 49 GaN layer 49 pnictides 49 quantum correlations 49 electron transistor 48 nonpolar 48 flowability 48 nanowire transistors 48 femtosecond pulses 48 enzyme kinetics 48 nonoverlapping 48 microstructural 48 compressibility 48 weldability 48 RMS jitter 48 surface passivation 48 Qspeed diodes 48 micropores 48 QFN packaging 48 nanocages 48 hydrated electron 48 superlattice 48 aspheres 48 solubilizing 48 hydrolytic stability 48 extractables 48 ferro electric 48 high-k/metal gate HKMG 48 output impedance 48 semiconductor nanocrystals 48 tetrapod quantum dots 48 4dB 48 intergranular 48 thermal coefficient 48 resonance frequency 48 AlN 48 parasitic inductance 48 dimensional nanostructures 48 TappingMode 48 silicon substrate 48 wavefront distortion 48 additive jitter 48 Perkinamine 48 austenitic stainless steels 48 antiferromagnetic 48 output capacitance 48 Memristors 48 friability 48 phonon scattering 48 titania 48 nanosize 48 catalytically active 48 HEMT 48 epitaxial structures 48 electrically conducting 48 recrystallization 48 magnetisation 48 ratiometric 48 RFMD GaN 48 monodisperse 48 electrical resistivity 48 CdS 48 outcoupling 48 wavefronts 48 nanopillar 48 submicron 48 coplanar 48 multiplexer demultiplexer 48 inelastic scattering 48 Fig. 3B 48 smaller geometries 48 tunable optical 48 magnesium ion 48 parametric yield 48 flexural strength 48 excitations 48 nonthermal 48 isotropic 48 crystallites 48 dependences 48 lipoprotein cholesterol 48 conventional photolithography 48 numerical aperture 48 polaritons 48 quasiparticles 48 leach kinetics 48 silicon germanium 48 adsorptive 48 geographical dispersion 48 SiO2 48 antifuse 48 LED brightness 48 rheological 48 flexural modulus 48 emittance 48 corona discharge 48 formate 48 Raman scattering 48 NWs 48 electromagnetic flux 48 ROICs 48 diurnal cycle 48 complexation 48 superparamagnetic 48 PMOS transistors 48 fluorescence excitation 48 relativistic particles 48 unconventional superconductivity 48 micrometre scale 48 electrical conductivity 48 oxyhemoglobin 48 areal densities 48 linewidths 48 BGA packaging 48 dielectric 48 picoseconds ps 48 Bragg grating 48 conduction electrons 48 nanocoatings 48 MEMS oscillators 48 UNCD 48 antireflective coatings 48 thrombus formation 48 #.#μm [001] 48 droplet sizes 48 FeRAM 48 spindle speeds 48 MAX# integrates 48 doped silicon 48 mosfet 48 bosonic 48 micrometer sized 48 SQUIDs 48 melt viscosity 48 Cu interconnects 48 deuterated 48 dv dt 48 thermal insulator 48 ferroelectric materials 48 nanoparticle arrays 48 stoichiometry 48 friction coefficient 48 nanofilms 48 photodetectors 47 SOT# package [002] 47 diffusive 47 nanochannels 47 cuticular 47 axial radial 47 TRPV4 47 inorganic semiconductors 47 photoemission 47 #.#μ 47 osmotic pressure 47 Fig. 3b 47 electromigration 47 electrochemical sensor 47 nonequilibrium 47 cathode catalysts 47 ohm cm 47 datarates 47 modified sine wave 47 semiconductive 47 glutamyl 47 retained austenite 47 polycrystalline 47 excitons 47 silica spheres 47 metallisation 47 irradiance 47 Schottky Diodes 47 wavelength lasers 47 density 47 multi walled nanotubes 47 pentacene molecule 47 concentration gradient 47 B7 H3 47 transimpedance amplifier 47 isostatic 47 heterogeneous catalysts 47 voltage MOSFET 47 dephasing 47 voltage CMOS 47 physicochemical properties 47 calcium magnesium phosphorus 47 rms jitter 47 ultradense 47 Fig. 3A 47 SiMoA 47 pulse amplitude 47 #GHz bandwidth 47 micrometre sized 47 nano crystals 47 cementite 47 vibrational modes 47 directivity 47 collimated 47 chlorophyll fluorescence 47 jitter measurement 47 #pF [001] 47 3mm x 47 absorptions 47 deterministic jitter 47 meV 47 electroluminescence 47 chemically reactive 47 6T SRAM 47 nanopillars 47 transmural 47 ionic currents 47 routability 47 impedance measurements 47 gold nanoclusters 47 #.#mA [002] 47 5V CMOS 47 Fig. 4b 47 arbitrary waveforms 47 Young modulus 47 diffractive optical elements 47 #.#dB [003] 47 cosmic ray flux 47 corrosion inhibition 47 Supplementary Fig 47 nanostructuring 47 graphitic carbon 47 diffraction grating 47 Mercury exosphere 47 excitation 47 superconductive 47 capacitance 47 SAR ADC 47 steric 47 iCoupler 47 flux cored wires 47 electrical conductance 47 CAPEX OPEX 47 power dissipation 47 magnetostrictive 47 tracer uptake 47 electron doped 47 nanopatterned 47 superconducting qubits 47 fluorescence quenching 47 AMOLEDs 47 varactors 47 yttria 47 surface roughness 47 plasmon 47 TOSAs 47 serum lipid 47 SWNTs 47 semiconducting materials 47 topological insulator 47 lattice spacing 47 microampere 47 elastic deformation 47 Fractional N 47 planar lightwave circuits 47 Fig. 4B 47 Powerful debug 47 defectivity 47 frictional heating 47 intracavity 47 circularly polarized 47 dewetting 47 layer graphene 47 anisotropic 47 nanolayers 47 anionic 47 oxidative stability 47 stabilities 47 multicell 47 interdigitated 47 semiconducting nanowires 47 colocalization 47 Ascentis Express 47 impermeability 47 THz waves 47 XFP modules 47 aberration correctors 47 BJTs 47 dc voltage 47 5mW 47 lattice vibrations 47 eigenvalues 47 #μm thick [002] 47 Fig. 2D 47 viscoelasticity 47 rheological properties 47 #mm ² [001] 47 martensite 47 thermo mechanical 47 organic TFTs 47 organic photovoltaic OPV 47 signal attenuation 47 crystal lattices 47 nanomagnets 47 exciton 47 elastic moduli 47 vibrational frequency 47 Fig. 2b 47 alkali atoms 47 hyperfine 47 cm -3 47 #.#ns 47 cellularity 47 luminous efficacy 47 LED binning 47 ERK activation 47 rigid polyurethane foam 47 zeolite membranes 47 vanadate 47 equilibrated 47 echogenicity 47 optimally suited 47 van der Waals 47 multimode fibers 47 boron nitride 47 nanometer scale 47 metastable 47 binding affinities 47 zirconium oxide 47 microfluidic channels 47 insulator SOI technology 47 quasicrystal 47 FLD glass 47 magnetic anisotropy 47 OneNAND memory 47 hydrolytic 46 variable resistor 46 nanotubes nanowires 46 XFP module 46 piezo actuator 46 1mA 46 Polarization Mode Dispersion PMD 46 Raman spectroscopic 46 Germanium 46 thinner wafers 46 osmolality 46 spatial coherence 46 monolayer graphene 46 #nm FPGAs 46 iron pnictides 46 singulation 46 reflow temperatures 46 3bpc 46 ferrite 46 cm -1 46 nitrides 46 extracellular proteins 46 osteoblastic 46 mucosal membranes 46 photocatalysts 46 chromatic dispersion 46 indium arsenide 46 ceramic capacitor 46 embedded SRAM 46 oscillators filters 46 finely dispersed 46 autoregulation 46 capacitively coupled 46 mrad 46 fluid shear 46 cerebral oxygen saturation 46 zinc oxide ZnO 46 thermal EMF 46 gastric distension 46 narrow linewidth 46 microstructured 46 nanocrystals 46 RO membrane 46 waviness 46 ultraviolet wavelength 46 glycogen synthesis 46 nanotube sheets 46 anisotropy 46 nanoribbon 46 supersolid 46 bilayers 46 levelof 46 glucocorticoid hormones 46 protein adsorption 46 tin oxide 46 SAW oscillators 46 reliabilities 46 solvation 46 metallic nanostructures 46 tensile strengths 46 polyaniline 46 ferrites 46 hertz Hz 46 vibrationally excited 46 hyperpolarization 46 IXD # 46 SLC NAND flash 46 surface plasmon 46 chromosomal rearrangement 46 γ 46 terahertz spectroscopy 46 peroxidation 46 resistive element 46 τ 46 #.#V DDR3 [002] 46 milliohm 46 gallium phosphide 46 electron pairing 46 AMLCDs 46 mesoscopic 46 chromatograms 46 QoR 46 eclogitic 46 rotational torque 46 #G DQPSK 46 ultracold 46 ferrite core 46 gaussian 46 SFDR spurious free 46 CMOS imagers 46 harmonic filters 46 refractive index 46 USB PHY 46 chemiluminescence 46 thermally 46 TiN 46 passivation 46 Fig. 1d 46 eutectic 46 reactance 46 droplet formation 46 resonance frequencies 46 solder bump 46 serum LDL cholesterol 46 delaminations 46 multipath fading 46 OCXO 46 inductive loads 46 1ns 46 tighter tolerances 46 nanofluids 46 stochasticity 46 kcal mol 46 stereochemical 46 conventional superconductors 46 dipolar 46 conjugated polymers 46 manganite 46 intramolecular 46 edge roughness LER 46 boron atoms 46 readily absorbable 46 processability 46 ion flux 46 Eran Eshed Co Founder 46 nanolayer 46 nanobelts 46 phonon 46 linearly proportional 46 oligomer 46 valence electrons 46 Soil pH 46 ionic contaminants 46 diffusible 46 weakly interacting 46 cryogenic temperatures 46 quantum dot lasers 46 thermal conductivity 46 vorticity 46 femtogram 46 √ Hz 46 bypass capacitor 46 serum homocysteine 46 electron proton 46 dielectric strength 46 SI GaAs bulk 46 expiratory flow 46 dosimetric 46 hypocretin neurons 46 reproductivity 46 jitter tolerance 46 selectivity 46 flame retardance 46 solder bumps 46 nanomolar 46 corrosion abrasion 46 Josephson junction 46 X ray pulses 46 bimodal distribution 46 Intraocular pressure 46 Electro Magnetic Interference EMI 46 toroidal 46 #.#um [001] 46 ionized radiation 46 frequency transducers 46 neutrino oscillations 46 #μm [002] 46 CCD detector 46 byte FIFO 46 #degC [002] 46 HfO2 46 MCF7 cells 46 conventional optical microscopes 46 radiopacity 46 palladium nanoparticles 46 enthalpy 46 Shor algorithm 46 deformability 46 potency dosing 46 van der Waals forces 46 evanescent waves 46 Fig. 2B 46 particle dispersion 46 wirebond 46 Zinc oxide 46 transgene expression 46 nanoscale phenomena 46 SFP + transceivers 46 asymmetric catalysis 46 #.#Gbit/sec 46 Figure 1a 46 surface plasmon resonance SPR 46 colloidal suspension 46 stator windings 46 microelectronic device 46 analog circuitry 46 graphene 46 perceived loudness 46 photonic crystal 46 underfill 46 planarization 46 gallium indium arsenide 46 electro magnetic interference 46 diatomic 46 microwave frequencies 46 membrane permeability 46 reflow solderable 46 chip optical interconnects 46 magnetization 46 aperture lenses 46 dietary carbohydrate 46 glycolytic 46 MΩ 46 #GE switches 46 plasma leptin 46 permeabilities 45 RF propagation 45 EDFAs 45 dimensional tolerances 45 -# ° [002] 45 backplane connectors 45 scales linearly 45 Etienne Gagnon EXFO 45 gelsolin 45 pleiotropic effects 45 SFDR 45 #.#mm# [002] 45 UV lasers