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(Click for frequent words.) 76 nanoribbons 75 graphene layers 74 nanotubes 70 SWCNTs 70 silicon nanowires 68 nanofibres 68 graphite oxide 68 graphene 68 carbon nanotubes 68 SWNTs 68 nanocrystals 67 nanostructures 67 silicon atoms 67 nanochannels 67 nanobelts 66 silicon oxide 66 graphene oxide 66 silicon substrate 66 quasicrystals 66 manganese atoms 66 nanodots 66 nanotube 65 CNTs 65 graphene sheet 65 SWCNT 65 crystalline lattice 65 nanostructure 65 magnetic particles 65 microstructures 65 spherical particles 65 nanowires 65 dielectric layers 65 monolayers 64 covalent bonds 64 strontium titanate 64 electrically insulating 64 filaments 64 nanoribbon 64 barium titanate 64 semiconducting 64 polymer matrix 64 quantum dots 64 crystalline structure 64 SWNT 63 fibrils 63 crystal lattice 63 helical structures 63 atoms 63 monolayer 63 substrate 63 YBCO 63 nanolayers 63 bilayer graphene 63 nanosheets 63 spherical nanoparticles 63 single walled nanotubes 63 tetrahedra 63 graphene ribbons 63 silicon substrates 63 nanorod 63 hollow spheres 63 crystallinity 63 micrometer sized 63 crystal lattices 63 nanoporous 63 nanorods 63 helices 63 nanoscopic 63 block copolymers 62 optical lattice 62 MWCNTs 62 dye molecules 62 titanium oxide 62 MWNTs 62 nanocrystal 62 hydrophobicity 62 boron atoms 62 aerogels 62 zinc oxide nanowires 62 superlens 62 semiconductor nanocrystals 62 nanomesh 62 nanocages 62 nanospheres 62 lipid membranes 62 micrometer scale 62 nanorings 62 excitons 62 nanofibers 62 quasicrystal 61 QDs 61 carbon nanotube 61 membrane pores 61 disulfide bonds 61 semiconducting nanotubes 61 block copolymer 61 graphene nanoribbons 61 photonic crystal 61 nanoparticles 61 dopants 61 hexamers 61 semiconducting properties 61 supramolecular 61 bilayer 61 multi walled nanotubes 61 graphane 61 electrospinning 61 silicon nanowire 61 nanopillars 61 nanoscale structures 61 polymer nanofibers 61 manganite 61 metallic nanotubes 61 nanometer sized 61 indium arsenide 61 biological molecules 61 DNA origami 61 nanometer scale 61 silica particles 61 mesoporous 61 waveguides 61 cadmium selenide 61 pn junctions 61 magnesium ions 61 walled carbon nanotube 61 tin oxide 61 nano fibers 61 toroid 61 colloidal crystals 61 intramolecular 61 nanowire 60 nanoscale 60 gold nanorods 60 dielectric materials 60 Josephson junctions 60 macroscale 60 nanotubes nanowires 60 titania 60 CdSe 60 organic molecules 60 microcapsules 60 boron nitride nanotubes 60 ion traps 60 dopant atoms 60 epitaxially 60 polymer membranes 60 sulfur atoms 60 molecules 60 Schottky barrier 60 nanobubbles 60 cobalt atoms 60 silica substrate 60 microcavities 60 interfacial 60 wettability 60 dimensional nanostructures 60 exciton 60 agarose 60 boron nitride 60 nanomagnets 60 micrometer sized particles 60 silicon nitride 60 polaritons 60 macromolecules 60 nanoclusters 60 hydrides 60 colloidal particles 60 catalytic reactions 60 zinc ions 60 heterostructures 60 hexagonal lattice 60 nanomembranes 59 carbides 59 fibril 59 silica spheres 59 self assembled monolayer 59 crystallites 59 collagen fibrils 59 spheroidal 59 nonconducting 59 graphene membranes 59 ZnO 59 monodisperse 59 zeolites 59 oligomer 59 antiferromagnets 59 DNA strands 59 optical lattices 59 oppositely charged 59 superlattices 59 carbon atoms 59 antiprotons 59 carbene 59 nanocapsules 59 ferromagnetism 59 Si substrate 59 semiconductor nanowires 59 quasiparticles 59 micelles 59 covalent bond 59 pigment particles 59 titania nanotubes 59 optical waveguides 59 bilayers 59 carbon nanofibers 59 alternating layers 59 nanotube sheets 59 electron pairs 59 gate electrode 59 anisotropic 59 chromophores 59 semiconducting materials 59 semiconducting tubes 59 microcavity 59 nanosized 59 nonpolar 59 scanning tunneling microscope 59 walled carbon nanotubes 59 scanning tunneling microscopy 59 optically transparent 59 meta atoms 59 uniaxial 59 electrically conducting 59 nanoholes 59 ferromagnetic 59 nanowire transistors 59 bosonic 59 Metamaterials 58 nanotube arrays 58 photonic crystals 58 microdevices 58 electrostatic repulsion 58 thermally activated 58 electrospinning technique 58 graphene flakes 58 polymers 58 Nanotubes 58 nanoscale dimensions 58 electron density 58 micron sized 58 substrates 58 nanofilm 58 zinc selenide 58 polymer beads 58 filament 58 metallic nanostructures 58 polycrystalline 58 MWNT 58 micrometre 58 Mott insulators 58 lithographically 58 CMOS transistors 58 hydrocarbon molecules 58 electron spins 58 diffraction pattern 58 submicrometer 58 liquid electrolyte 58 carbon nanotube arrays 58 ferroelectricity 58 atomic nuclei 58 PEDOT 58 polymer substrate 58 protein filaments 58 interatomic 58 rotaxanes 58 nano crystals 58 nanoparticle arrays 58 donor acceptor 58 micelle 58 polymeric materials 58 biomolecule 58 chalcogenides 58 ferroelectrics 58 nanocomponents 58 nanopatterned 58 nanometric 58 phonons 58 electron beams 58 nanoscale particles 58 controllably 58 supramolecular structures 58 oxide layer 58 stilbene 58 membranes 58 nano scale 58 polymer fibers 58 porphyrins 58 fluorescent probes 58 GaN layer 58 InAs 58 nanocrystalline materials 58 lamellae 58 polystyrene spheres 58 ZnS 58 microfluidic channels 58 microcracks 58 glass frit 58 COFs 58 ferroelectric 57 lipid membrane 57 polymerisation 57 silicon dioxide 57 zinc oxide ZnO 57 nanodiamonds 57 electrostatic interactions 57 atomic lattice 57 MOFs 57 graphene transistors 57 dimer 57 paramagnetic 57 nanosprings 57 superlattice 57 zeolite membranes 57 compressive stress 57 dipoles 57 polymeric 57 conduction electrons 57 CIGS solar cells 57 macroscopic 57 MWCNT 57 nanopores 57 coverslip 57 Prof Geim 57 polariton 57 epitaxial layer 57 inorganic LEDs 57 myosin VI 57 walled nanotubes 57 chiral molecules 57 aluminum oxide 57 tetrahedral 57 indium tin oxide 57 electrostatic attraction 57 polymer membrane 57 electrically conductive 57 hydrogens 57 Bose Einstein condensates 57 NWs 57 colloids 57 organic TFTs 57 adatoms 57 polypeptide chain 57 ion beams 57 pore sizes 57 nacre 57 polyvinylidene fluoride 57 Nanowires 57 helium atoms 57 chemically reactive 57 crystalline solids 57 multiwalled carbon nanotubes 57 gelation 57 electrons behave 57 yttrium barium copper 57 boron carbide 57 CMOS circuits 57 microfluidic chip 57 bandgap 57 nanodevice 57 cesium ions 57 bismuth telluride 57 icosahedral 57 polymer resin 57 hydrogels 57 elastic deformation 57 SiO 2 57 amyloid peptides 57 alkali metals 57 anions 57 superlenses 57 chemically bonded 57 PEDOT PSS 57 ZnSe 57 sulfur atom 57 nanodroplets 57 exfoliated graphene 57 metal ions 57 nanodiamond 57 titanium carbide 57 histone proteins 57 microreactors 57 nitride 57 spectroscopic techniques 57 nonlinear optical 57 HiPco 57 antiferromagnetic 57 microfabricated 57 superfluids 57 nanocubes 57 micrometer thick 57 carbon nanotube transistors 57 quantum dot 57 Bose Einstein Condensate 57 TiO2 nanoparticles 56 photonic bandgap 56 eutectic 56 cobalt atom 56 metal oxides 56 nanocomposite material 56 lithium ions 56 polyaniline 56 polydimethylsiloxane 56 lattice vibrations 56 nanostructured materials 56 multiwalled nanotubes 56 macromolecule 56 crystallographic 56 electron scattering 56 zirconium oxide 56 lithographic processes 56 intercalation 56 biominerals 56 vesicle fusion 56 microscopy techniques 56 nanosphere 56 sodium atoms 56 vanadium oxide 56 membrane 56 multilayers 56 magnetic nanoparticles 56 actin filaments 56 nucleons 56 DNA nanostructures 56 Photonic crystals 56 plasmons 56 ring resonators 56 trimers 56 pearlite 56 microbeads 56 crosslinks 56 nanogels 56 microfluidic chips 56 nanocrystalline 56 porous membranes 56 cryo electron microscopy 56 particle sizes 56 superparamagnetic 56 catalytically active 56 MOS transistors 56 graphitic carbon 56 lithium atoms 56 toner particles 56 semiconducting nanowires 56 polymer 56 particles 56 agglomerates 56 ferromagnet 56 geometries 56 microchannels 56 magnetization 56 impurity atoms 56 mica sheets 56 gold nanoclusters 56 nanopillar 56 membrane proteins 56 atomically smooth 56 metamaterial 56 tensile stress 56 microlenses 56 microgel 56 anionic 56 electronic excitations 56 Mott insulator 56 silicate minerals 56 multiferroic 56 gate dielectric 56 oxygen atoms 56 nano structured 56 nanofiber 56 indium gallium arsenide 56 hollow cylinders 56 diffraction grating 56 polystyrene beads 56 superhydrophobic surfaces 56 perovskite 56 FinFETs 56 nucleation layer 56 palladium nanoparticles 56 dopant 56 annealing 56 lithographic techniques 56 transparent conductive coatings 56 electrons 56 optical tweezers 56 lipid bilayer 56 monomers 56 zinc sulfide 56 nanogenerators 56 glass substrate 56 silica nanoparticles 56 montmorillonite 56 nonmagnetic 56 heterogeneous catalysts 56 microspheres 56 scanning tunneling microscope STM 56 subwavelength 56 magnetisation 56 iron oxide nanoparticles 56 crystals 56 microscale 56 thermally stable 56 silicon crystals 56 Bose Einstein condensate 56 microtubes 56 bismuth ferrite 56 conformational changes 55 superfluid 55 indium tin oxide ITO 55 atomically thin 55 sister chromatids 55 hafnium oxide 55 dielectric layer 55 tetramer 55 nanolasers 55 amorphous calcium carbonate 55 carbenes 55 FinFET 55 fluorescent molecules 55 magnetic beads 55 dielectric 55 bandgaps 55 electrostatically 55 gate dielectrics 55 crosslinked 55 microwires 55 AlN layer 55 quantum mechanically 55 lattice mismatch 55 micrometers thick 55 nanochannel 55 vibrational modes 55 lamellar 55 carbonate minerals 55 chalcogenide 55 photolithographic 55 reactants 55 agarose gel 55 colloidal crystal 55 flexible substrates 55 ultracold atoms 55 solvent evaporates 55 carbon nanotube bundles 55 PZT 55 nanoglue 55 phosphorus atoms 55 soliton 55 GaN layers 55 micrometre scale 55 RNA strands 55 capillary tubes 55 microcompartments 55 AlGaN 55 hyperlens 55 sol gel 55 ab initio calculations 55 catoms 55 fused silica 55 nanostructured surfaces 55 nanotube bundles 55 microscopic beads 55 porous silica 55 metallic nanoparticles 55 electrochemically 55 microcapsule 55 μm thick 55 gold nanostars 55 microchannel 55 dielectrics 55 redox reactions 55 nanometers thick 55 nanopatterns 55 microparticles 55 interfacial properties 55 carbon nanotubes graphene 55 nitride layer 55 ceria 55 solitons 55 ionic liquid 55 pentacene 55 martensite 55 entangled photons 55 cuprate 55 solder joints 55 nanoparticle 55 ductility 55 cyanide ions 55 evanescent waves 55 hydrophobic surfaces 55 microfluidic devices 55 magnesium fluoride 55 compressive stresses 55 chondrules 55 epoxide 55 polymerizes 55 dimers 55 oligomers 55 polypeptides 55 nanocomposites 55 hexagonal pattern 55 silicon nanoparticles 55 semiconducting material 55 dye sensitized cells 55 heterostructure 55 epitaxial layers 55 disulfide bond 55 microfibers 55 barium ferrite 55 superhydrophobic 55 hydrogen atoms 55 silicon waveguide 55 protein adsorption 55 lattice 55 hydrophobic molecules 55 inhomogeneity 55 nanosponge particles 55 thermoelectric materials 55 anodes 55 topological insulator 55 formamide 55 nuclei 55 polyelectrolyte 55 granulate 55 titanium atoms 54 nanofabrication techniques 54 radical polymerization 54 intermolecular interactions 54 nanoclays 54 aluminum nitride 54 colloidal 54 alloying elements 54 Fullerenes 54 cementite 54 frictional resistance 54 nitrogen atoms 54 antihydrogen 54 PbS 54 intermolecular 54 tholins 54 thermodynamically 54 microstructured 54 homogeneous catalysis 54 compressive strain 54 dewetting 54 submicron 54 magnetically responsive 54 silicon nanocrystals 54 interparticle 54 hexamer 54 FtsZ 54 polyhedra 54 planetesimals 54 semiconductor quantum dots 54 piezoelectric ceramic 54 layer graphene 54 amyloid fibrils 54 calcium fluoride 54 triangular lattice 54 nanoprobe 54 alkene 54 optical microscopy 54 diamond anvil 54 Nanopores 54 fibrin gel 54 high temperature superconductors 54 electrochemical reactions 54 aluminum arsenide 54 collagen fibers 54 nanotube transistors 54 hydroxyapatite crystals 54 alpha helical 54 Carbon Nanotubes 54 lead zirconate titanate 54 nanosized particles 54 topological insulators 54 crosslinking 54 spatulae 54 biomolecules 54 interfacial layer 54 photochemically 54 nanometers billionths 54 manganese oxide 54 hydrogen nuclei 54 photonic crystal fiber 54 nanoantenna 54 graphene electrons 54 topological defects 54 poly dA 54 insulating layers 54 colloidal nanocrystals 54 silicate glass 54 RNA molecules 54 nanomechanical 54 potassium atoms 54 nucleation 54 nanoantennas 54 cadherins 54 AlGaN GaN 54 thermal decomposition 54 nanofilms 54 fullerene molecules 54 nanostructuring 54 unconventional superconductivity 54 post perovskite 54 rubidium vapor 54 thermodynamically stable 54 aligned carbon nanotubes 54 roughening 54 ferrofluid 54 hydrophilic polymer 54 conventional superconductors 54 scanning electron microscopes 54 bacterial enzymes 54 carbon nanotubes CNTs 54 lithographically patterned 54 carbon nanotubes CNT 54 liposomes 54 centrifuging 54 Nanorods 54 ultracold 54 inorganic nanoparticles 54 hydroxyapatite 54 asphaltenes 54 vortices 54 conjugated polymers 54 ferroelectric materials 54 silicon wafer 54 magnetic vortices 54 silicon waveguides 54 copolymers 54 phytochrome 54 polymer nanocomposites 54 piezoelectric properties 54 electron doped 54 chlorophyll molecules 54 electrical conductance 54 lignocellulose 54 magnetic monopoles 54 tensile strain 54 conductivities 54 semiconducting polymer 54 filamentary 54 nanopowder 54 dipole moment 54 cadmium sulfide 54 transparent conductive oxides 54 colloidal suspensions 54 protein complexes 54 transparent electrode 54 electron pairing 54 microfabrication 54 nanohorns 54 submicroscopic 54 pn junction 54 graphene oxide sheets 54 electrodeposition 54 plasmonic 54 carbonate globules 54 self assembled monolayers 54 poly L lysine 54 polymeric membranes 54 TFTs 54 ZnO nanowires 54 amorphous silica 54 vanadium dioxide 54 SiO2 54 van der Waals forces 54 semiconducting carbon nanotubes 54 functionalized 54 electrodynamics 54 heterochromatin 54 magnetic bead 54 nanoscale transistors 53 carbon nanostructures 53 concentration gradient 53 crustal rocks 53 amphiphiles 53 microporous 53 alkynes 53 rheological 53 magma ocean 53 hydroxide ions 53 tetragonal 53 chlorine atoms 53 photonic devices 53 micromachine 53 nanocluster 53 nanowire arrays 53 chemical reactivity 53 outer membranes 53 RNA sequences 53 microdroplets 53 zirconium nitride 53 nano particles 53 F actin 53 pentagons 53 coiled coil 53 germanium 53 magnesium ion 53 aperiodic 53 micropores 53 heavy fermion 53 liquid crystalline 53 inhomogeneous 53 cantilevers 53 ions 53 epoxy matrix 53 AFM cantilever 53 ultrathin layer 53 Nanofibers 53 starch granules 53 anodic 53 piezoelectric crystals 53 anneal 53 epitaxial graphene 53 finely dispersed 53 silicide 53 disulfide 53 lignin 53 alkali metal 53 nanometers 53 intermetallic compounds 53 porous silicon 53 silicon transistors 53 microscopic crystals 53 photochemical reactions 53 cell outer membrane 53 tetramers 53 surfactant molecules 53 high temperature superconductivity 53 anodization 53 solder bumps 53 dielectric constant 53 microfluidic device 53 spicule 53 curved surfaces 53 coercivity 53 nanoelectromechanical 53 refractive indices 53 orbitals 53 elastic moduli 53 inorganic compounds 53 deformability 53 biodegradable nanoparticles 53 copper nanowires 53 ionic liquids 53 passivation layer 53 nanograss 53 vesicle 53 superconducting wires 53 cellulose hemicellulose 53 Microtubules 53 sapphire substrate 53 hydrophobic interactions 53 supercurrent 53 cobalt oxide 53 transparent conductive 53 alkali atoms 53 silicates 53 photosystem II 53 antireflective coatings 53 electrospun 53 melt viscosity 53 magnetization reversal 53 fullerene 53 defect densities 53 parylene 53 nucleosomes 53 nanohole 53 intermetallic 53 ssDNA 53 ultrananocrystalline diamond 53 polymeric matrix 53 lithosphere 53 clathrates 53 ferro electric 53 epitaxial 53 inorganic ions 53 through silicon vias 53 hydride 53 GaN wafers 53 RNA molecule 53 siloxane 53 etchant 53 bacterial genomes 53 recrystallization 53 SNAREs 53 ferromagnets 53 mechanical fasteners 53 #μm [002] 53 angstroms 53 oxide nanowires 53 biocompatible polymers 53 conductivity 53 mesoporous silica 53 reflowed 53 nanodot 53 cellular membranes 53 AlN 53 iron pnictides 53 chromophore 53 graphene circuitry 53 antiparallel 53 AlGaAs 53 nanostructural 53 rubidium atom 53 colloidal quantum dots 53 μm diameter 53 chirality 53 clathrin 53 surface plasmons 53 superhydrophobic surface 53 hydrolysis 53 silkworm silk 53 thermal conductivity 53 polyhedral 53 crystallite 53 nanopore 53 ruthenium 53 azobenzene 53 pore spaces 53 magnesium oxide 53 galactic disk 53 beryllium ions 53 cuvettes 53 cryo EM 53 Dirac fermions 53 TiO 2 53 molecular sieves 53 conductance 53 amyloid beta peptides 53 passivated 53 titanate 53 CIGS cells 53 decoherence 53 particle sizing 53 nanostructured 53 Si substrates 53 ribozyme 53 nanomotors 53 protein subunits 53 quasicrystalline 53 silica 53 magnetic excitations 53 adsorb 53 amyloids 53 photonic circuits 52 ultrasonic vibrations 52 collagen molecules 52 fat globules 52 ankyrin repeats 52 nanoscale phenomena 52 metallic alloys 52 calcite crystals 52 electrophoretic 52 terahertz radiation 52 nanoparticle inks 52 conductive coating 52 micro vias 52 MgB2 52 macromolecular 52 k dielectric 52 superconductivity 52 nucleon 52 absorption spectra 52 hydroxyl radicals 52 molecule 52 extracellular proteins 52 multipartite entanglement 52 tetrahedrons 52 thermal diffusivity 52 heterojunctions 52 aqueous solution 52 elastically 52 lipid molecules 52 corrugation 52 interferometers 52 electron beam lithography 52 silicon germanium 52 birefringence 52 fibers 52 spider silk 52 photobleaching 52 Joule heating 52 heterogeneous catalysis 52 microstructure 52 ZnO nanowire 52 kerf 52 microtubules 52 atomically flat 52 fermions 52 liquid droplets 52 membered ring 52 diamond anvils 52 strontium atoms 52 Optical tweezers 52 cerium oxide 52 laminations 52 cathodes 52 chlorophylls