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(Click for frequent words.) 72 cuprate 71 electron doped 70 yttrium barium copper 70 strontium titanate 70 hafnium oxide 70 manganite 70 SWNTs 70 superlattice 69 pentacene 69 Si substrate 69 CdSe 69 InAs 69 nanocrystalline 68 SWCNT 68 polyaniline 68 PbS 68 semiconducting 68 Mott insulator 68 electrically insulating 68 undoped 68 graphene layers 68 bilayer graphene 68 MWNT 68 semiconductor nanowires 68 SiO 2 68 ZnO nanowire 68 multilayers 68 nanomesh 68 pnictides 67 cadmium selenide 67 SWNT 67 ZnO 67 vanadium oxide 67 dielectric materials 67 ZnO nanowires 67 quasicrystal 67 microstructured 67 monolayer 67 MWNTs 67 dielectric layers 67 MgB2 67 nanometric 67 zinc selenide 67 chalcogenide 67 QDs 67 mesoporous 67 intramolecular 67 silicon nanowire 66 mesoscopic 66 atomically thin 66 lanthanum aluminate 66 scanning tunneling microscopy 66 atomically smooth 66 barium titanate 66 heterostructure 66 ferromagnetic 66 indium gallium arsenide 66 bismuth telluride 66 graphene nanoribbons 66 dipole moment 66 unconventional superconductivity 66 microcavities 66 donor acceptor 66 ZnSe 66 multiferroic 66 ARPES 66 optical waveguides 66 nanorod 66 dielectrics 66 heavy fermion 66 gate electrode 66 nanobelts 66 electrically conducting 65 photoconductive 65 antiferromagnetic 65 microfabricated 65 cuprates 65 topological insulators 65 CdS 65 intermetallic 65 nanoporous 65 crystallinity 65 dielectric layer 65 self assembled monolayers 65 perovskite 65 nanoribbons 65 Ytterbium 65 heterostructures 65 ferroelectrics 65 ZnS 65 bilayer 65 doped silicon 65 nanofabricated 65 magnesium diboride 65 semiconductive 65 μm thick 65 magnesium ion 65 cementite 65 toroid 65 bilayers 65 temperature superconducting 65 optically transparent 65 microcavity 65 polaritons 65 nanotube arrays 65 Josephson junctions 64 μm diameter 64 aluminum nitride 64 vanadium dioxide 64 AlGaN 64 superlattices 64 crystal lattices 64 semiconductor nanocrystals 64 calcium fluoride 64 graphene sheet 64 boron nitride 64 quantum oscillations 64 niobium titanium 64 ferroelectric materials 64 silica spheres 64 Josephson junction 64 AlGaN GaN 64 post perovskite 64 Dirac fermions 64 nanoribbon 64 multi walled nanotubes 64 block copolymer 64 silicon oxide 64 ferromagnetism 64 permittivity 64 nanofilms 64 magnetic excitations 64 boron nitride nanotubes 64 micrometer scale 64 catalytically active 64 magnetisation 64 uniaxial 64 NWs 64 nanosized 64 photonic bandgap 64 quasicrystals 64 GaN layer 64 rotaxanes 64 vibrational modes 64 bosonic 64 superconductive 64 semiconducting properties 64 supercurrent 64 cadmium sulfide 64 crystallites 64 nanomagnets 64 CNTs 63 inhomogeneities 63 iron pnictides 63 liquid crystalline 63 semiconducting material 63 SWCNTs 63 atomic lattice 63 self assembled monolayer 63 electrically conductive 63 photoluminescence 63 monodisperse 63 photoemission 63 nanocrystal 63 carbon nanostructures 63 metallic nanostructures 63 Carbon nanotube 63 graphene sheets 63 streptavidin 63 Fig. 1a 63 walled carbon nanotube 63 HTS wires 63 polariton 63 nanocomposite material 63 Langmuir Blodgett 63 thermal diffusivity 63 manganese oxide 63 dopants 63 thermal conductivities 63 electron tunneling 63 nonmagnetic 63 layer graphene 63 circular dichroism 63 scintillator 63 graphitic carbon 63 silicon atoms 63 ruthenium oxide 63 PLLA 63 polymeric 63 GaAs AlGaAs 63 inhomogeneity 63 ferroelectric 63 Schematic representation 63 manganese atoms 63 carbon nanotubes 63 nanoscopic 63 epitaxial layer 63 nanocrystals 63 absorption spectra 63 paramagnetic 63 nanochannels 63 spectroscopic analysis 63 crystalline solids 63 inhomogeneous 63 multiwalled carbon nanotubes 63 PEDOT 63 Fig. 2a 63 nonlinear optical 63 carbon nanotube CNT 63 ytterbium 63 Bose Einstein Condensate 62 ferromagnets 62 x ray diffraction 62 quantum capacitance 62 pulsed laser deposition 62 excitonic 62 dimensional electron 62 MWCNT 62 dielectric constant 62 superlens 62 ferroelectricity 62 helical structures 62 nanodots 62 trimers 62 alkene 62 AlGaAs 62 polycrystalline 62 magnetization reversal 62 SQUIDs 62 subwavelength 62 silicon nitride 62 diamagnetic 62 Rydberg atom 62 pyroelectric 62 X ray spectroscopy 62 fluorescence spectroscopy 62 colloidal crystals 62 lanthanide 62 nanopillars 62 epitaxially 62 intergranular 62 gate dielectrics 62 colloidal particles 62 SAXS 62 differential scanning calorimetry 62 birefringence 62 Mott insulators 62 electroactive 62 quasiparticle 62 dopant 62 sulfur atom 62 superconducting 62 monolayers 62 Raman spectra 62 bandgaps 62 thermally activated 62 nonconducting 62 zinc oxide ZnO 62 antimonide 62 absorption spectroscopy 62 nanodiamond 62 graphite oxide 62 semiconductor quantum dots 62 GaP 62 tensile stress 62 cm -3 62 heterojunction 62 silica particles 62 HfSiON 62 nanotubes 62 macroporous 62 silicide 62 graphene membranes 62 topological insulator 62 micrometer sized 62 ε 62 tin oxide 62 anodic 62 electron pairing 62 nanotube 62 zinc sulfide 62 magnetoresistance 61 copper oxide superconductors 61 titania nanotubes 61 dipolar 61 Extracellular 61 HRTEM 61 MWCNTs 61 pentacene molecule 61 titania 61 dielectric permittivity 61 hexagonal lattice 61 photonic crystal 61 isotope fractionation 61 graphene 61 antiparallel 61 patterning technique 61 crystalline lattice 61 high temperature superconductors 61 spherical particles 61 zeolites 61 microcrystalline 61 microstructures 61 bismuth ferrite 61 carbides 61 electrostatic attraction 61 Nanowires 61 nanosheets 61 titanium carbide 61 electron density 61 ab initio calculations 61 excitons 61 semiconducting carbon nanotubes 61 indium arsenide 61 hexamers 61 piezoelectric properties 61 heterojunctions 61 dielectric 61 Bragg grating 61 photon energies 61 Plasmonic 61 scanning microscopy 61 diffusive 61 P3HT 61 alkali metal 61 anionic 61 polydimethylsiloxane 61 covalent bond 61 microporous 61 optomechanical 61 agarose gel 61 photocurrent 61 organometallic 61 AlN layer 61 interparticle 61 isotropic 61 reduced graphene oxide 61 polypeptide chain 61 anisotropic 61 hydrophobic interactions 61 superfluids 61 epitaxial layers 61 Si Ge 61 pn junctions 61 hydrophobicity 61 macroscale 61 ferromagnet 61 diffraction pattern 61 SiO2 61 metallic nanoparticles 61 k dielectric 61 LiNbO3 61 dopant atoms 61 interphase 61 porphyrin 61 InSb 61 magnetic monopole 61 exfoliated graphene 61 CMOS transistors 61 zinc oxide nanowires 61 transparent conductive coatings 61 ionic conductivity 61 optical waveguide 61 micrometre sized 61 electrospinning technique 61 conjugated polymers 61 semiconducting nanowires 61 electrochemically 61 corona discharge 61 GaN nanowires 61 nanocubes 61 boron atoms 61 titanium nitride 61 iron arsenide 61 γ 61 vapor deposition 61 zirconium oxide 61 quantum criticality 61 electrical conductance 61 silicon substrates 61 correlated electron 61 electron orbitals 61 superconducting qubit 61 tetragonal 61 SDS PAGE 61 PZT 61 nanomechanical 61 bistability 61 mesoporous silica 61 semiconductor nanostructures 61 ohmic contacts 61 helium ions 61 thermal decomposition 61 crosslinked 61 electronic excitations 60 superconductor 60 chemical reactivity 60 electrical resistivity 60 high temperature superconductor 60 electroluminescence 60 palladium Pd 60 chromophore 60 DFT calculations 60 selenide 60 Fig. 3b 60 antiferromagnets 60 ellipsometry 60 nanocluster 60 epitaxially grown 60 tetramer 60 III nitride 60 pMOS 60 nanotube sheets 60 dipoles 60 oligomer 60 magnetic particle 60 Fig. 1b 60 lithographically patterned 60 eutectic alloy 60 quantum mechanically 60 stripline 60 dimensional nanostructures 60 scanning tunneling microscope 60 Young modulus 60 superlenses 60 gallium indium arsenide 60 supramolecular 60 x ray scattering 60 pn junction 60 sulfonated 60 conduction electrons 60 X ray absorption spectroscopy 60 weakly interacting 60 thermally stable 60 nanobubbles 60 nanodroplets 60 epitaxy HVPE 60 bandgap 60 mammalian fatty acid 60 nanoclusters 60 lipid membranes 60 conjugated polymer 60 organic TFTs 60 surface plasmon 60 nanorings 60 Fig. 2b 60 metal oxide nanoparticles 60 spectroscopic techniques 60 unreacted 60 photoionization 60 electron scattering 60 nitride 60 PEDOT PSS 60 microcrystals 60 lithium niobate 60 nanofilm 60 titanium oxide 60 microfluidic chips 60 nanoscale 60 chalcogenides 60 InN 60 cuprate superconductors 60 micrometre 60 shear modulus 60 Aerogels 60 niobium tin 60 icosahedral 60 Fig. 1c 60 ultracold 60 microstructural 60 steric 60 titanate 60 micrometre scale 60 FinFETs 60 Metamaterials 60 nanoprobe 60 fluorescent microscopy 60 agarose 60 epitaxial graphene 60 ceria 60 exciton 60 Nanotube 60 nanosized particles 60 gallium indium 60 tetrahedral 60 Semiconducting 60 graphene transistors 60 Electron microscopy 60 antibody antigen 60 graphene ribbons 60 electron pairs 60 nanomembranes 60 magnetic anisotropy 60 fibrillar 60 nanotubes nanowires 60 pearlite 60 electrodynamics 60 Fig. 1A 60 photomultiplier tubes 60 neutrino experiments 60 oppositely charged 60 superparamagnetic 60 Fullerenes 60 porous silicon 60 indium tin oxide 60 valence electron 60 indium gallium 60 micellar 60 NMR spectra 60 sulfur atoms 60 dispersive 60 single walled nanotubes 60 nematic 60 triangular lattice 60 Fullerene 60 protein adsorption 60 QCLs 60 electrons emitted 60 electrospray 60 rotaxane 60 ferrite 60 micron diameter 59 x ray absorption spectroscopy 59 FinFET 59 germanium substrates 59 gate dielectric 59 plasmon 59 silicon nanocrystals 59 copper nanowires 59 nanolayers 59 synchrotron X ray 59 GaAs substrate 59 helicity 59 Superconducting 59 CuO 59 rheometer 59 micron thick 59 antineutrino 59 quantum metrology 59 Fig. 3A 59 gold nanoclusters 59 silicate minerals 59 collagen fibrils 59 MoS2 59 magnesium fluoride 59 nanotube transistors 59 hydrides 59 indium gallium arsenide InGaAs 59 indium tin oxide ITO 59 submicrometer 59 macromolecule 59 AlN 59 magnetic vortices 59 fused silica 59 nano crystals 59 nanocages 59 photosystem 59 diffraction grating 59 elastic modulus 59 fission yeast 59 x ray fluorescence 59 cobalt atoms 59 polymerized 59 nanowire transistors 59 polybutadiene 59 sapphire substrate 59 scanning tunneling microscopy STM 59 Si substrates 59 kcal mol 59 carbon nanotubes CNT 59 nitride layer 59 fullerene 59 Bose Einstein condensation 59 covalent bonding 59 surface plasmon resonance 59 eutectic 59 nanospheres 59 Confocal microscopy 59 hollow nanospheres 59 tin Sn 59 Entangled photons 59 lamellar 59 covalent organic 59 substituents 59 supersolid 59 magnetic monopoles 59 scanning electron microscopes 59 ZrO 2 59 photonic circuits 59 physico chemical 59 diffracting 59 microfluidic channels 59 nanowire 59 Cu interconnects 59 fluorescent dye molecules 59 quantum dot lasers 59 electrophoretic 59 ultrananocrystalline diamond 59 colloidal quantum dots 59 thermodynamically stable 59 cadmium selenium 59 silica nanoparticles 59 desorbed 59 nanometers billionths 59 diffusion coefficient 59 graphene circuitry 59 Fig. 4b 59 nitrides 59 parylene 59 micrometer sized particles 59 adsorption isotherms 59 piezoresistive 59 fluorescence emission 59 cesium atoms 59 hyperpolarization 59 nanostructures 59 nanodevice 59 Aâ 59 submicron 59 C# fullerenes 59 electron transistor 59 crosslinking 59 magnetic bead 59 filament 59 piezoelectric crystals 59 diffusion coefficients 59 poly L lysine 59 waveguides 59 nanostructural 59 Bose Einstein condensates 59 nanometer sized 59 Spectroscopic 59 elastic deformation 59 powder diffraction 59 biophysical techniques 59 aerogels 59 lamellae 59 superconducting wire 59 biaxial 59 actinide 59 conductive epoxy 59 fluorescence quenching 59 Bragg reflector 59 semiconducting nanotubes 59 microscopic crystals 59 toroids 59 HfO2 59 COFs 59 microgel 59 excitations 59 nanowires 59 poly dA 59 lipid vesicles 59 transmembrane 59 ultrahigh vacuum 59 GPa 59 elemental composition 59 alkane 59 ATRP 59 nucleic acid molecules 59 photonic crystal fiber 59 silicon dioxide SiO2 59 conductivity 59 cuvette 59 soliton 59 metallic nanotubes 59 platinum Pt 59 phosphorus atoms 59 graphite whiskers 59 epitaxial silicon 59 PEEK OPTIMA 59 crystallographic 59 martensitic 59 conductive polymer 58 fluorogenic 58 particle morphology 58 compressive stress 58 phenylene 58 IR spectra 58 ion beams 58 magnetization 58 NdFeB 58 nitride semiconductor 58 erbium 58 vibrationally excited 58 velocity dispersion 58 dielectric constants 58 compressive stresses 58 polymer nanofibers 58 hollow cylinders 58 nanoparticulate 58 gelation 58 1μm 58 Schottky barrier 58 silicate glass 58 nanocrystalline diamond 58 photoactive 58 THz radiation 58 graphene nanoribbon 58 boron carbide 58 microwires 58 silicon monoxide 58 magnetic flux 58 translationally 58 synchrotron x ray 58 yttria stabilized zirconia 58 collagenous 58 transmission electron microscopy 58 nonlinear optics 58 silicon substrate 58 disulfide 58 titanium zirconium 58 photostability 58 crystal lattice 58 aluminosilicate 58 chalcogenide glass 58 adsorbate 58 titanium oxides 58 micrometer thick 58 catalytic reactions 58 redox reactions 58 photoelectron spectroscopy 58 spin precession 58 optical atomic clocks 58 inelastic scattering 58 formamide 58 compressive strain 58 microlasers 58 thiophene 58 electrons orbiting 58 fluorescence intensity 58 antiprotons 58 entangled quantum 58 lithium atoms 58 lithographic processes 58 spectral measurements 58 piezoelectric ceramic 58 oxide semiconductors 58 multiwalled 58 passivated 58 viscoelasticity 58 Coulomb blockade 58 microstrip 58 superconducting wires 58 martensite 58 MnO 58 perovskites 58 EDXRF 58 nanoelectromechanical 58 biological molecules 58 filamentary 58 aligned carbon nanotubes 58 Perkinamine 58 zinc ions 58 intermolecular 58 weight polyethylene UHMWPE 58 laser desorption 58 formate 58 electron bunches 58 nanochannel 58 fibril 58 polystyrene beads 58 stoichiometry 58 ion mass spectrometer 58 carbenes 58 superconducting cables 58 sputter deposition 58 Transmission Electron Microscopy 58 elastic moduli 58 nanopillar 58 alkali metals 58 disulphide 58 superconducting materials 58 polydimethylsiloxane PDMS 58 polymer matrix 58 indium phosphide 58 carbon nanotube 58 ellipsoids 58 quasicrystalline 58 photochemistry 58 nanoscale dimensions 58 zero valent iron 58 vanadate 58 substrate 58 cobalt atom 58 nano porous 58 inorganic compounds 58 thulium 58 microcapillary 58 nanobubble 58 nanostructured silicon 58 anthracene 58 capacitively coupled 58 carbon nanotube arrays 58 quantum coherence 58 lipid bilayer 58 rheological 58 gold nanorods 58 spin excitations 58 Yb 58 PCBM 58 electrons behave 58 conductive polymers 58 Experimentally 58 high temperature superconductivity 58 colocalization 58 phosphorus atom 58 fermionic atoms 58 spicule 58 homopolymer 58 conventional superconductors 58 nanosphere 58 graphene electrons 58 fermion 58 X ray pulses 58 radioligand 58 lattice mismatch 58 isotopic compositions 58 spherical nanoparticles 58 dimer 58 ion traps 58 alpha helical 58 superconductors 58 SiO 58 isotopic ratios 58 intercalation 58 CMOS silicon 58 wettability 58 Cy3 58 cm -1 58 ultracold atoms 58 nanofibres 58 polyelectrolyte 58 alkali atoms 58 electron transistors 58 Si SiGe 58 Transmission electron microscopy 58 anneal 58 functionalized 58 InGaAs 58 telluride 58 electrostatic interactions 58 Schematic diagram 58 derivatized 58 vesicle fusion 58 optical lattice 58 MgO 58 metallic ions 58 micron sized 58 coercivity 58 magnetic dipole 58 copper oxides 58 ultrashort pulses 58 dielectrophoresis 58 chemically reactive 58 demagnetization 58 quinone 58 neutron diffraction 58 antireflection 58 electron mobility 58 ultrasonic vibrations 58 titin 58 nanogels 58 coated nanotubes 58 magnetostrictive 58 quantum particle 58 Polymerization 58 FT ICR 58 micrometers thick 58 bulk heterojunction 58 macromolecular 58 Ruthenium 58 Fourier transform 58 neodymium praseodymium 58 alkynes 58 surface plasmons 58 Brillouin zone 58 MEMS resonators 58 nanometers thick 58 dye molecules 58 terahertz radiation 58 Joule heating 58 magnetic permeability 57 chondrules 57 angle resolved photoemission 57 enzyme kinetics 57 lithographically 57 thermal gradients 57 SOI silicon 57 ferro electric 57 dissipative 57 transmission electron microscopes 57 heterogeneities 57 crystallite 57 strange quark 57 electrostatically 57 membrane lipids 57 nanostructure 57 polymer scaffolds 57 nanofiber 57 Raman scattering 57 carbene 57 micelle 57 threshold voltages 57 nanoscale transistors 57 Indium Phosphide 57 tensile strain 57 graphane 57 indium gallium phosphide 57 Interferometric 57 chlorophylls 57 epoxide 57 circumstellar 57 nanoscale patterning 57 ultracold molecules 57 deuterated 57 resonant tunneling 57 coiled coil 57 spheroidal 57 Fig. 2B 57 molecules adsorbed 57 nano structured 57 Gallium arsenide 57 hydrogens 57 photoelectrochemical 57 polypyrrole 57 4H SiC 57 aryl 57 ultrathin layer 57 bioactive glass 57 GaN layers 57 oxide nanowires 57 scanning tunneling microscope STM 57 refractive indices 57 toroidal 57 Raman spectroscopic 57 cryostat 57 capillary electrophoresis 57 diatomic 57 helium atoms 57 diffracted 57 InGaN 57 spectroscope 57 molecular sieves 57 colloidal nanocrystals 57 germanium antimony 57 transparent conductive 57 polymer substrate 57 MTT assay 57 alternating layers 57 Fig. 4a 57 fluorescent molecules 57 quantum dots QDs 57 phonons 57 carbon nanotube bundles 57 fermionic 57 eclogitic 57 ferric oxide 57 magnetic tweezers 57 tungstate 57 ion microscope 57 nonpolar 57 THz frequencies 57 magnetosomes 57 surface plasmon polariton 57 silicon Si 57 porphyrins 57 dI dV 57 germanium silicon 57 nitrogen doped 57 oxide particles 57 nano powders 57 magnetron sputtering 57 nano particle 57 magnetocaloric effect 57 coplanar 57 polymerisation 57 gallium phosphide 57 frequency comb 57 X ray microscopy 57 electrodeposition 57 isotherms 57 neutron beams 57 oxide thickness 57 κ 57 microcracks 57 amorphous silica 57 biological macromolecules 57 intermetallic compounds 57 site directed mutagenesis 57 colloid 57 hyperfine 57 modulus 57 polymer composites 57 Photonic crystals 57 recrystallization 57 plasmons 57 silicon nanowires 57 complexation