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(Click for frequent words.) 78 SiO2 76 AlGaN 75 hafnium oxide 75 silicon Si 75 MgO 73 ZrO 2 73 Si substrate 72 gate electrode 72 1μm 71 CdSe 71 μm thick 71 eutectic 70 TiN 70 AlN 70 dielectric layers 70 crystallinity 70 undoped 70 ZnO 70 silicide 70 GaN layer 70 MWNT 70 AlN layer 70 μm diameter 69 pentacene 69 electrically insulating 69 MoS2 69 HfO2 69 TiO 2 69 pMOS 69 gate dielectrics 69 PEDOT PSS 69 crystallites 69 ZnSe 68 ZnS 68 palladium Pd 68 compressive stress 68 #μm [002] 68 dielectric layer 68 MnO 68 P3HT 68 CMOS transistors 68 SiO 68 zirconium oxide 68 dielectrics 68 nanometric 68 CdS 68 InAs 68 CaO 68 dielectric constant 68 YBCO 68 k dielectric 68 Al#O# 68 superlattice 68 intramolecular 68 silicon substrates 67 perovskite 67 Fig. 1c 67 ε 67 vanadium oxide 67 monolayer 67 cementite 67 #.#um [001] 67 dopant 67 nanocrystalline 67 ferrite 67 strontium titanate 67 mu m 67 5μm 67 platinum Pt 67 kcal mol 67 anionic 67 nitride 67 heterostructure 67 QDs 67 2μm 67 GPa 67 Fig. 1A 67 antiferromagnetic 67 calcium fluoride 67 cm -2 66 silicate glass 66 intermetallic 66 nonmagnetic 66 multilayers 66 #.#μm [001] 66 aluminum oxide 66 nMOS 66 NiSi 66 Fe Mg 66 Zr 66 SWCNT 66 heterostructures 66 SDS PAGE 66 manganite 66 MOS transistors 66 FeO 66 MWCNTs 66 cm -3 66 monolayers 66 silica SiO2 66 manganese oxide 66 interfacial layer 66 martensite 66 micrometer scale 65 boron nitride 65 HfSiON 65 mesoporous 65 Fig. 2A 65 intergranular 65 silica spheres 65 aluminum nitride 65 elastic modulus 65 dielectric 65 Yb 65 silicon nitride 65 #μm [001] 65 tin Sn 65 martensitic 65 Mg Fe 65 modulus 65 SiON 65 Å -1 65 substrate 65 polycrystalline 65 Fig. 2b 65 nitrides 65 tensile stress 65 Fig. 3b 65 magnesium Mg 65 semiconductive 65 coercivity 65 microcavity 65 shear modulus 65 γ 65 cm -1 65 microcrystalline 65 pearlite 65 uniaxial 65 conductive epoxy 65 tensile strain 64 microcavities 64 absorption spectra 64 doped silicon 64 micron thick 64 epitaxial layer 64 stoichiometry 64 orbitals 64 μm 64 InGaN 64 dopants 64 Fig. 1a 64 semiconductor nanowires 64 diene 64 Young modulus 64 MWNTs 64 poly L lysine 64 FinFETs 64 AlGaN GaN 64 ferromagnetic 64 capacitances 64 lattice mismatch 64 titania 64 PEDOT 64 indium tin oxide ITO 64 gate dielectric 64 isotropic 64 nanomesh 64 cadmium selenide 64 GaN nanowires 64 TiO 64 cm ² 64 gallium indium arsenide 64 W mK 64 passivated 64 epitaxial silicon 64 cadmium sulfide 64 metallisation 64 lanthanum aluminate 64 APTIV film 64 tin oxide 64 Cu interconnects 64 LiNbO3 64 biaxial 63 silicon dioxide 63 ceria 63 colloidal crystals 63 Fig. 2a 63 dipole moment 63 CuO 63 GaP 63 carbides 63 divalent 63 conductivities 63 NaOH 63 anion 63 pellicle 63 lanthanum La 63 mol 63 thermal conductivities 63 paramagnetic 63 indium gallium 63 oxide thickness 63 Silicon Nitride 63 indium tin oxide 63 spherical particles 63 optical waveguides 63 dielectric materials 63 neodymium Nd 63 PLLA 63 sulfonated 63 tetragonal 63 self assembled monolayer 63 Fig. 4b 63 Fig. 3B 63 polyaniline 63 oxide semiconductor 63 Fig. 3A 63 Sn 63 InGaAs 63 steric 63 silicon oxynitride 63 1nm 63 self assembled monolayers 63 alkyl 63 graphene layers 63 silicon oxide 63 passivation layer 63 photoconductive 63 Fig. 2B 63 Si SiGe 63 cuprate 63 Supplementary Fig 63 cm ^ sup 63 selenide 63 aryl 62 zinc selenide 62 bilayers 62 silicon substrate 62 threshold voltages 62 eutectic alloy 62 absorption coefficient 62 dispersive 62 #um [002] 62 dual damascene 62 anisotropic 62 CaCO3 62 adduct 62 meV 62 austenitic stainless steel 62 copper Cu 62 mm ² 62 ^ sup -1 62 σ 62 FinFET 62 eluted 62 conductance 62 compressive stresses 62 aluminum nitride AlN 62 unreacted 62 electron mobility 62 electrophoretic 62 stoichiometric 62 micrometre scale 62 Cr#O# 62 η 62 mK 62 parasitic capacitance 62 low k dielectric 62 titanium carbide 62 Fig. 4A 62 agarose gel 62 octyl 62 planarization 62 hydroxyapatite 62 Eq. 62 g cm 62 absorbance 62 nanotube arrays 62 icosahedral 62 PMOS transistors 62 Raman spectra 62 fluorescence emission 62 pyroxene 62 #μ 62 Mn Fe 62 Schottky barrier 62 anions 62 aqueous dispersion 62 cadmium Cd 62 electrodeposition 62 fig. S3 62 nanoporous 62 Si substrates 62 Fig. 4B 62 agarose 62 quinone 62 inhomogeneities 62 thermally stable 62 arsenide 62 oxide layer 62 thermal decomposition 62 electroless copper 62 alkene 62 λ 62 photon energies 62 #m@#.# % [002] 62 polymer matrix 62 -# mV [002] 62 planarity 62 titanium nitride 62 superparamagnetic 62 heterojunction 62 solder bumps 62 GaAs substrates 62 PEEK OPTIMA 61 GNRs 61 dihydrogen 61 antiparallel 61 Schematic representation 61 micrometer thick 61 yttrium oxide 61 atomically smooth 61 biphenyl 61 electrochemically 61 palladium nanoparticles 61 micrometre 61 epitaxial layers 61 PZT 61 photolysis 61 halide 61 Figure 1C 61 interfacial tension 61 superlattices 61 epoxide 61 flux residues 61 NMR spectra 61 photocurrent 61 Nd YAG 61 hydrophobic interactions 61 silica substrate 61 halides 61 nonpolar 61 hydrophobicity 61 anodic 61 plagioclase 61 wettability 61 ZnO nanowires 61 transparent electrode 61 2nm 61 pn junction 61 substituents 61 optically transparent 61 Ca2 + 61 bilayer 61 hexamers 61 electron doped 61 nitride layer 61 fig. S2 61 SWNT 61 antireflection 61 NO3 61 interfacial 61 Î ¼ 61 bandgaps 61 epitaxially 61 hydroxyphenyl 61 Brillouin zone 61 organic TFTs 61 nickel silicide 61 Fig. 2C 61 PCBM 61 cathodic 61 mosfet 61 holmium 61 Silicon dioxide 61 scintillator 61 diffusivity 61 ARPES 61 photoemission 61 MWCNT 61 #m Tc 61 alkane 61 SAC# 61 gelation 61 #um [001] 61 magnetization 61 complexation 61 magnetic permeability 61 magnetisation 61 conductivity 61 semiconducting 61 MOS transistor 61 Aerogels 61 anisotropy 61 collagen fibrils 61 zero valent iron 61 τ 61 silicon dioxide SiO2 61 linewidths 61 Fe Mn 61 Terbium Tb 61 linewidth 61 alkali metal 61 pulsed laser deposition 61 Cu Pb 61 ohmic contacts 61 fluorapatite 61 aliphatic 61 thermoplastic polyester 61 t/m3 61 nanobelts 61 reflowed 61 inhomogeneity 61 anthracene 61 GaN layers 61 SiC substrates 61 Epitaxial 61 isomeric 61 #oC [001] 61 anneal 61 toroidal 61 Germanium 61 adsorbate 61 oxides 61 Figure 4a 60 Zn 60 kinematic viscosity 60 polyacrylate 60 crystalline silicon c 60 tetramer 60 trabecular 60 Mott insulator 60 cyclization 60 polybutadiene 60 NWs 60 intermetallic compounds 60 polymerized 60 tensile strengths 60 ferroelectric 60 W/cm2 60 photonic crystal 60 electrical conductance 60 Fig. 2c 60 ferromagnetism 60 yttrium barium copper 60 dentinal 60 interdigitated 60 fluorescence intensity 60 Josephson junction 60 Arsenide 60 Fe Ni 60 isotope fractionation 60 Fig. 1b 60 InSb 60 HEMT 60 resistive element 60 molybdenum disulfide 60 block copolymer 60 macroporous 60 absorber layers 60 weldability 60 crystal lattices 60 surface roughness 60 Si Ge 60 eutectic solder 60 permittivity 60 microtubes 60 oxide thickness EOT 60 bandgap 60 Sn Pb 60 cuprates 60 chromophore 60 Josephson junctions 60 borane 60 AlGaAs 60 post perovskite 60 hydrophilic polymer 60 Cu Ag 60 Fig. 1B 60 ferromagnet 60 metallic ions 60 fused silica 60 catechol 60 porphyrin 60 austenitic stainless steels 60 polyimides 60 laser annealing 60 copper metallization 60 PbS 60 fibrillar 60 silicon nanowire 60 underfill 60 nonequilibrium 60 microfabricated 60 fig. S6 60 micrometer sized 60 nanoribbons 60 oxide semiconductors 60 cordierite 60 flexural 60 barium titanate 60 dielectric constants 60 NH4 + 60 nanopowder 60 Bulk density 60 silicate dust 60 UV lasers 60 substrates 60 ferroelectricity 60 submicron 60 pentoxide 60 gravimetric method 60 metastable 60 hexadecane 60 Gallium arsenide 60 anomalous dispersion 60 BJTs 60 passivation 60 cyclohexanone 60 toroids 60 cerium oxide 60 plasmon 60 nonionic 60 nucleation layer 60 catalytically active 60 absorption spectroscopy 60 donor acceptor 60 SWNTs 60 dimeric 60 copper interconnects 60 cationic 60 electroless 60 bistable 60 polydimethylsiloxane PDMS 60 fig. S1 60 planar 60 InN 60 voltage divider 60 polariton 60 moduli 60 g cc 60 tetrahedral 60 4H SiC 60 nanofilm 60 silica nanoparticles 60 PIN diode 60 monodisperse 60 epoxides 60 silicon atoms 60 equilibration 60 sapphire substrate 60 tricalcium phosphate 60 birefringence 60 multiferroic 60 metallic nanostructures 60 dielectric strength 60 conjugated polymer 60 silicate rocks 60 magnesium ion 60 collagenous 60 lanthanum oxide 60 plasma etching 60 subwavelength 60 diopside 60 pyrite marcasite 60 homopolymer 59 amide 59 vanadate 59 fluorogenic 59 3nm 59 submicrometer 59 nanorod 59 TFTs 59 ellipsoids 59 Schematic diagram 59 MLCCs 59 thermally conductive 59 #.#nm [002] 59 polymerisation 59 micropores 59 ω 59 compressive strain 59 uM 59 κ 59 metal oxides 59 polypeptide chain 59 ytterbium 59 wirebond 59 ZrO2 59 particle sizes 59 #pF [001] 59 Zinc Oxide 59 wafer thickness 59 uranophane 59 5V CMOS 59 UV absorbance 59 ^ sub 59 #Ω [002] 59 antireflection coating 59 isomers 59 HEMTs 59 copper oxides 59 vibrational modes 59 figs. 59 copper indium diselenide 59 emission spectroscopy 59 laminations 59 ferritic 59 mol L 59 nanoribbon 59 tensile modulus 59 HTS wires 59 poly Si 59 5nm 59 alkynes 59 quantum oscillations 59 zinc oxide ZnO 59 alloying elements 59 partially oxidized 59 hydrides 59 extrudate 59 carbene 59 ultrathin layer 59 wirewound 59 chemically reactive 59 silicon waveguides 59 milliohm 59 indium gallium arsenide 59 streptavidin 59 phototransistors 59 dipolar 59 conductive adhesives 59 pyrophosphate 59 k gate dielectrics 59 processability 59 thickness uniformity 59 microfluidic channels 59 crosslinked 59 cesium ions 59 proteinaceous 59 keV 59 magnesium fluoride 59 eclogitic 59 adsorption isotherms 59 silicified porphyry 59 -# mV [001] 59 Bragg grating 59 Fig. 1d 59 #μm thick [002] 59 semiconductor nanocrystals 59 aluminum silicate 59 HRTEM 59 disulphide 59 enthalpy 59 pn junctions 59 valence band 59 iron arsenide 59 titanium oxide 59 supernatant 59 Fig. 4a 59 semiconducting material 59 Schematic illustration 59 methoxy 59 microcrystalline silicon 59 toroid 59 Fig. 1e 59 melt viscosity 59 cerium 59 histidine 59 GaAs substrate 59 delocalized 59 Aluminum Oxide 59 mercury Hg 59 nanocages 59 dihydrate 59 adatoms 59 Europium 59 ferrite core 59 chromium oxide 59 molybdenite 59 Ruthenium 59 oxide 59 mrad 59 dielectric permittivity 59 phototransistor 59 colloidal particles 59 kD 59 CaF2 59 Supplementary Figs 59 friction coefficients 59 lanthanide 59 polymer substrate 59 transmissivity 59 polyacrylonitrile 59 lamellae 59 defect densities 59 #.#in [004] 59 PIN photodiode 59 micrometer 59 MΩ 59 glass frit 59 Ti 4V 59 thermal EMF 59 Figure 2a 59 hollow spheres 59 potassium feldspar 59 carbonyl 59 x ray diffraction 59 mΩ 59 massive pyrrhotite 59 nm wavelengths 59 polydimethylsiloxane 59 micron diameter 59 excellent solderability 59 thermally activated 59 iron sulphides 59 nitride semiconductor 59 polyhedral 59 cyano 59 YSZ 59 cored wire 59 nanocrystal 59 angstroms 59 sorption 59 photobleaching 59 nanodots 59 oxide particles 59 graphitic 59 YAG lasers 59 Polycrystalline 59 lanthanum strontium 59 photoresists 59 dissipative 59 spheroidal 59 Au Pd 59 thermal gradients 59 inorganic compounds 59 X7R 59 annealed 59 nonconducting 59 nanosphere 59 femtogram 59 resonance frequency 59 hydrogens 59 temperature coefficients 59 tantalum nitride 59 redox reactions 59 Fig. 3c 58 ohmic 58 zener diodes 58 Nd YAG lasers 58 Schottky 58 #.#nm [001] 58 hysteresis loop 58 Fig. 1E 58 cadmium chloride 58 SWCNTs 58 rheological 58 epidote 58 nickel hydroxide 58 microporous 58 solder bump 58 moieties 58 ^ sup 58 electron density 58 Mg Ca 58 hematoxylin 58 deoxy 58 CMOS circuits 58 crystalline lattice 58 sintered 58 nanotubes nanowires 58 metallization 58 NMOS 58 oligomer 58 analyte 58 praseodymium 58 #.degree [001] 58 hydride 58 low k dielectrics 58 #ppm U 58 endonuclease 58 transparent conductive 58 yttria stabilized zirconia 58 aqueous phase 58 absorber layer 58 beta. 58 Nb Ta 58 diffusion coefficient 58 photonic bandgap 58 nitrided 58 variable resistor 58 thermoset rubber 58 Fig. 3a 58 bismuth ferrite 58 coarser grained 58 peridotitic 58 transparent conductive oxide 58 agarose gels 58 photoluminescence 58 polymer nanofibers 58 stabilized zirconia 58 magnon 58 Fig. 1C 58 crustal rocks 58 anatase 58 SOI CMOS 58 fluxes 58 C#H# 58 electrodeposited 58 compressibility 58 fluorophore 58 ohm cm 58 carbonyls 58 torr 58 refractive indices 58 sol gel 58 Mosfets 58 atomically thin 58 polymeric 58 Fig. 1D 58 nanocomposite material 58 MoO3 58 #ppm Cu 58 N acetyl 58 lattice parameter 58 covalent bond 58 Holmium 58 intermolecular 58 pentlandite 58 #.#μ 58 bismuth telluride 58 Germanium Ge 58 ,#,# [002] 58 polytetrafluoroethylene PTFE 58 graphene flakes 58 graphitic carbon 58 resists corrosion 58 film transistors TFTs 58 k dielectrics 58 oxo 58 elastic deformation 58 feldspathic 58 photoionization 58 heavy fermion 58 PO4 58 chalcogenide 58 microlenses 58 siloxane 58 pyrope garnets 58 electroless nickel immersion 58 gold nanoclusters 58 indium arsenide 58 conjugated polymers 58 ^ sup #m 58 covalent bonding 58 aqueous solution 58 QPAC ® 58 retained austenite 58 organometallic 58 magnetoresistance 58 manganese dioxide 58 elastic moduli 58 electroless nickel 58 multi walled nanotubes 58 hydroxide 58 colloidal nanocrystals 58 germanium silicon 58 Y#O# 58 Annexin V 58 bipolar transistor 58 dye molecules 58 diffusion coefficients 58 nanochannels 58 silicon waveguide 58 eclogite 58 electrical resistivity 58 eluent 58 electroactive 58 osteoconductive 58 pentane 58 Fig. 3C 58 nm excitation 58 vapor deposition 58 #,# dihydroxyvitamin D 58 RO membrane 58 polysiloxane 58 lithium oxide 58 powder diffraction 58 IR spectra 58 hydroxides 58 Nd 58 nanobubble 58 zinc sulfide 58 micrometers thick 58 reactant 58 nanomembranes 58 kΩ 58 solvation 58 Fig. 4c 58 conductive polymer 58 Fig. 58 leadframes 58 amorphous silica 58 bioactive glass 58 anhydrite 58 mm ^ sup 58 exciton 58 TappingMode 58 chromium alloy 58 Ti TiN 58 agarose gel electrophoresis 58 JFETs 58 Adsorption 58 -# ° [002] 58 Figure 2C 58 circular dichroism 58 nanolayers 58 butylene 58 GaAs MESFET 58 Li#CO# 58 kg/m3 58 desaturase 58 formate 58 crosslinking 58 leaded solder 58 dye sensitized cells 58 coextruded 58 #nm #nm [002] 58 thermosetting 58 Lithium Niobate 58 epitaxy HVPE 58 differential scanning calorimetry 58 graphite oxide 58 macrocrystic 58 sphalerite galena 58 electron tunneling 58 gallium indium 58 felsic intrusive rocks 58 outcoupling 58 austenite 58 disulfide 58 Chalcopyrite 58 crystallite 58 silane 58 InGaAs InP 58 scanning electron microscopy SEM 58 hexagonal lattice 58 Figs. 58 hydroperoxide 58 cerium Ce 58 antireflective coatings 58 coverslip 58 optical waveguide 58 amorphous silicon Si 58 PIN diodes 58 annealing 58 Zeolites 58 PowerPAK 58 temperature coefficient 58 polyelectrolyte 58 LTPS TFT 58 nanometers thick 58 φ 57 SOI wafer 57 azo 57 cleavable 57 mH 57 ultrahigh purity 57 nickel chromium 57 lipid bilayer 57 transconductance 57 leakage currents 57 gasketing 57 iron carbide 57 MQW 57 lipid membranes 57 sputter deposition 57 insulator substrate 57 diacetate 57 cycloaddition 57 spectral measurements 57 chondrules 57 dB insertion loss 57 oC 57 tellurium Te 57 thermo mechanical 57 kBq 57 #degC [002] 57 elution 57 rotaxanes 57 x ray absorption spectroscopy 57 aluminosilicate 57 silicon nanoparticles 57 CNTs 57 crystalline Si 57 iron pnictides 57 Copper Cu 57 hafnium