QDs

Related by string. QDD . QDS * * quantum dots QDs . QDD Lower West . QDD deposit *

Related by context. All words. (Click for frequent words.) 71 SWCNT 70 SWNTs 69 microcavities 69 CdSe 69 heterostructures 69 nanocrystals 68 MWCNT 67 colloidal crystals 67 dipole moment 67 superlattices 67 SWCNTs 67 MWNTs 67 SiO 2 67 monolayer 67 YBCO 67 PEDOT 66 Si substrate 66 bismuth telluride 66 microcavity 66 intramolecular 66 polaritons 66 ZnO 66 ZnSe 66 monolayers 66 dopant 66 zinc selenide 66 nonlinear optical 66 donor acceptor 66 excitons 66 nanodots 66 monodisperse 66 graphene layers 65 cadmium selenide 65 fluorescent molecules 65 heterojunctions 65 Josephson junctions 65 silicon Si 65 crystallinity 65 SWNT 65 bilayer graphene 65 MWCNTs 65 manganite 65 quantum dot 65 cuprate 65 spherical particles 65 hafnium oxide 65 nanocrystal 65 absorption spectra 65 polariton 64 photolysis 64 silicon substrates 64 ferromagnetic 64 ferroelectric 64 anionic 64 exciton 64 ZnS 64 photonic crystal 64 nanopillars 64 vesicle fusion 64 microstructures 64 semiconductor nanocrystals 64 nanostructures 64 silica spheres 64 nanobelts 64 dielectrics 64 dye molecules 64 bistable 64 nanoclusters 64 nanochannels 64 μm diameter 64 quantum dots 64 photocurrent 64 InAs 64 strontium titanate 64 chromophore 64 undoped 64 trimers 64 catalytically active 64 nanotubes 63 vibrational modes 63 dielectric layers 63 photobleaching 63 InN 63 MWNT 63 gold nanoclusters 63 semiconductor quantum dots 63 ferromagnetism 63 fluorescent probes 63 quasicrystals 63 self assembled monolayer 63 nanocages 63 hydrides 63 subwavelength 63 boron nitride 63 chalcogenide 63 colloidal particles 63 ARPES 63 inhomogeneity 63 photoluminescence 63 perovskite 63 dielectric materials 63 Fig. 1d 63 polyaniline 63 ferroelectrics 63 titania 63 superlattice 63 paramagnetic 63 colloidal nanocrystals 63 thermally activated 63 magnetization reversal 63 photoemission 63 ZnO nanowires 63 AlGaN 63 tetragonal 63 substituents 63 absorption spectroscopy 63 conductivities 63 nitride semiconductor 63 supercurrent 63 semiconductor nanowires 62 nanocrystalline 62 conformational changes 62 conjugated polymers 62 helium ions 62 nanotube 62 chromophores 62 pentacene 62 AlGaAs 62 electrophoretic 62 rotaxanes 62 substrate 62 chiral molecules 62 electrically insulating 62 Raman spectra 62 dispersive 62 Mott insulator 62 CNTs 62 hexamers 62 nanoribbons 62 waveguides 62 heterostructure 62 bilayers 62 quantum mechanically 62 photoconductive 62 graphene nanoribbons 62 electrochemically 62 electron tunneling 62 SQUIDs 62 silicon nitride 62 nanodiamond 62 semiconducting 62 translationally 62 porphyrins 62 bilayer 62 plasmon 62 photoactive 62 catalytic reactions 62 exocytosis 62 HEMTs 62 nematic 62 macroscale 62 linearly polarized 62 nanomagnets 62 Raman scattering 62 Dirac fermions 62 magnetization 62 PbS 62 optically transparent 62 dimensional nanostructures 62 dimeric 62 dopants 62 Fig. 1A 62 fluorescence intensity 62 magnetisation 62 mesoporous 62 yttrium barium copper 62 microfabricated 62 PEDOT PSS 62 phototransistor 62 carbene 61 pore sizes 61 graphene sheets 61 diffraction pattern 61 intermetallic 61 anions 61 antibody antigen 61 polycrystalline 61 fluorophores 61 circular dichroism 61 liquid crystalline 61 CMOS transistors 61 electroactive 61 surface plasmon 61 gate electrode 61 γ 61 NMR spectra 61 fluorogenic 61 porphyrin 61 confocal microscopy 61 supramolecular 61 threshold voltages 61 lipid membranes 61 nanometer sized 61 cadherins 61 soluble proteins 61 photodetectors 61 VCSELs 61 lithium niobate 61 pn junctions 61 biological macromolecules 61 photodiode 61 electron doped 61 tin oxide 61 dielectric layer 61 helical structures 61 photon energies 61 fluorophore 61 tetramer 61 SDS PAGE 61 molecular orbitals 61 bandgaps 61 isomers 61 reactants 61 photodetector 61 diffusion coefficient 61 indium arsenide 61 nanostructure 61 superlens 61 indium tin oxide ITO 61 photothermal 61 Supplementary Fig 61 boron atoms 61 nanospheres 61 electroluminescence 61 silicide 61 biomolecules 61 chemical reactivity 61 magnetoresistance 61 nanorods 61 hollow spheres 61 dipoles 61 silicon nanowire 61 micrometer scale 61 transmembrane 61 isotropic 61 heterogeneous catalysts 61 calcium fluoride 61 AlN 61 spherical nanoparticles 61 μm thick 61 functionalized 61 nanoporous 61 InGaAs 61 gate dielectrics 61 quasicrystal 61 monomeric 61 ferromagnet 61 multiphoton 61 nanogels 61 Nanowires 61 MoS2 61 cementite 61 toroid 61 microchannel 61 MALDI MS 61 conjugated polymer 61 nanoscale 61 semiconducting materials 61 nanotube arrays 61 aluminum nitride 61 spectroscopic techniques 61 nonmagnetic 61 graphene transistors 61 nanotube transistors 60 electron density 60 antiferromagnetic 60 biomolecule 60 scanning microscopy 60 hydrophobicity 60 planar 60 photoionization 60 carbon nanostructures 60 indium tin oxide 60 nMOS 60 titania nanotubes 60 superparamagnetic 60 photonic crystal fibers 60 Rab5 60 FinFET 60 bosonic 60 alkene 60 pMOS 60 dielectric constant 60 excitonic 60 graphene 60 dissipative 60 iron arsenide 60 polymersomes 60 nanostructured surfaces 60 analyte 60 ferroelectricity 60 emission spectra 60 nanoribbon 60 nonconducting 60 zinc oxide nanowires 60 NWs 60 oligomer 60 Coulomb blockade 60 kcal mol 60 nanowire 60 QCLs 60 organic TFTs 60 metallic nanoparticles 60 resonant tunneling 60 nanowires 60 surface plasmons 60 F actin 60 evanescent waves 60 bandgap 60 CdS 60 vanadium oxide 60 bismuth ferrite 60 crystallites 60 endonuclease 60 micromachined 60 optical waveguides 60 solvation 60 electron pairs 60 zero valent iron 60 birefringence 60 Bose Einstein Condensate 60 InGaN 60 optical lattice 60 palladium nanoparticles 60 MCF7 cells 60 Magnetic nanoparticles 60 depolarization 60 antiparallel 60 copper oxide superconductors 60 fluorescence detection 60 P selectin 60 block copolymer 60 homodimers 60 multiferroic 60 Rydberg atom 60 LiNbO3 60 cuprates 60 dielectric 60 femtosecond pulses 60 nanofibres 60 redox reactions 60 photocatalysts 60 micron thick 60 ion traps 60 agarose 60 polypeptide chain 60 photonic devices 60 micrometer sized 60 carbenes 60 conductive polymers 60 photosystem 60 multi walled nanotubes 60 quantum coherence 60 6S RNA 60 Fig. 3A 60 photoactivation 60 polymeric 60 Annexin V 60 Fig. 1c 60 optical lattices 60 atomic lattice 60 absorbance 60 surface plasmon resonance 60 semiconducting properties 60 resonators 60 Magnetically 60 lipid vesicles 60 alkynes 60 fig. S2 60 vanadium dioxide 60 microstructured 60 rubidium vapor 60 chlorophylls 60 microfluidic channels 59 poly L lysine 59 permittivity 59 polymer matrix 59 nanoprobes 59 silicon substrate 59 palladium Pd 59 magnesium ions 59 pn junction 59 cuvette 59 electron spins 59 nanocapsules 59 uniaxial 59 dimer 59 substrates 59 nanorod 59 nanocrystalline materials 59 streptavidin 59 biological molecules 59 nanodroplets 59 lipid bilayers 59 mesoscopic 59 magnetic bead 59 selenide 59 shear modulus 59 crosslinked 59 GaN nanowires 59 intermolecular interactions 59 paxillin 59 secretory pathway 59 gold nanorods 59 microfluidic devices 59 Fig. 2a 59 ε 59 Ytterbium 59 nanowire arrays 59 FRET 59 thermal conductivities 59 topological insulators 59 Fig. 2A 59 nanocomposite material 59 micelles 59 colloidal 59 epitaxial layer 59 Indium Phosphide 59 hydride 59 posttranslational modification 59 epoxide 59 microdevices 59 TECs 59 electrical conductance 59 magnetic nanoparticles 59 desorbed 59 ionic conductivity 59 silica particles 59 fermion 59 ultrashort pulses 59 quasiparticle 59 stoichiometry 59 biologically inert 59 antireflective coatings 59 scintillator 59 immunostaining 59 immunofluorescence 59 stilbene 59 ferro electric 59 nanoparticles 59 photoconversion 59 ceria 59 multilayers 59 titin 59 ligand binding 59 microsphere 59 eutectic 59 macromolecule 59 MOS transistors 59 nanofilms 59 chemically reactive 59 magnetosomes 59 oligomers 59 nanoscopic 59 linearized 59 manganese oxide 59 lattice mismatch 59 Fig. 2B 59 nanometric 59 III nitride 59 quantum dots QDs 59 weakly interacting 59 actin filament 59 proteolysis 59 vertical cavity 59 fluorescence excitation 59 photosystems 59 molecules 59 nitride 59 block copolymers 59 nanotubes nanowires 59 deuterated 59 bistability 59 nonpolar 59 PZT 59 nanoelectromechanical systems 59 Ca2 + 59 photonic crystals 59 ultracold atoms 59 macromolecules 59 graphene circuitry 59 chemisorption 59 martensite 59 carboxylate 59 complexation 59 transcriptionally 59 capacitances 59 carbon nanotube electrodes 59 hyperpolarization 59 photon microscopy 59 GaN layer 59 electron mobility 59 quinone 59 homodimer 59 thermoelectric materials 59 perturbation theory 59 x ray absorption spectroscopy 59 monolithically integrated 59 anisotropy 59 Supercapacitors 59 lithographically 59 annexin V 59 cadmium sulfide 59 adsorbate 59 conduction electrons 59 alkane 59 electron transistor 59 scanning tunneling microscopy 59 reaction kinetics 59 cyclization 59 liposomes 59 absorber layer 59 oligomerization 59 ligands 59 site directed mutagenesis 59 interconversion 59 VE cadherin 59 macroporous 59 Cadmium Telluride CdTe 59 ultrahigh vacuum 59 nanometer scale 59 platinum Pt 59 dielectric breakdown 59 Quantum Dots 59 tetrahedra 59 inhomogeneous 59 protein adsorption 59 single walled nanotubes 59 meV 59 MTT assay 59 toroids 59 endocytic 58 Schottky barrier 58 oligomeric 58 electronic excitations 58 polypeptides 58 heavy fermion 58 amide 58 metallic nanostructures 58 flavin 58 nanolayers 58 THz radiation 58 semiconducting material 58 cDNAs 58 electrons orbiting 58 microscopy techniques 58 kD 58 epitaxially grown 58 pyrophosphate 58 vacuoles 58 microreactors 58 dielectrophoresis 58 heterogeneous catalysis 58 semiconductor nanostructures 58 Photonic crystals 58 ab initio calculations 58 conductance 58 SiON 58 Fig. 1D 58 GLUT4 58 steric 58 carbon nanotubes 58 electrochemical 58 wavelength ultraviolet 58 acyl CoA 58 semiconducting polymer 58 membrane fusion 58 silicon nanocrystals 58 inhomogeneities 58 anisotropic 58 C# fullerenes 58 κ 58 lithium atoms 58 photodiodes 58 inorganic compounds 58 polymer substrate 58 ribonuclease 58 heterojunction 58 membrane protein 58 phototransistors 58 superfluids 58 diffracted 58 barium titanate 58 COFs 58 Fig. 2b 58 quasiparticles 58 epitaxy HVPE 58 nanoscale particles 58 helium atoms 58 photosystem II 58 multiwalled carbon nanotubes 58 electroluminescence EL 58 DFT calculations 58 nanocubes 58 redox 58 eluted 58 constitutively 58 Fabry Perot 58 bacterial genomes 58 hollow cylinders 58 vibrational spectroscopy 58 actin binding 58 electrochemical capacitors 58 interfacial 58 #.#um [001] 58 dopant atoms 58 AlGaN GaN 58 yttria stabilized zirconia 58 RNA polymerases 58 Vps# 58 photomultiplier tubes 58 silicon nanowires 58 patterning technique 58 calcium ions 58 microgel 58 nanodevices 58 SiO2 58 analytes 58 nitrogen atoms 58 electron 58 doped silicon 58 vapor deposition 58 PIN diode 58 photochemical reactions 58 transparent electrode 58 superconductive 58 attosecond pulses 58 elastic moduli 58 piezoelectric materials 58 Quantum dots 58 polystyrene spheres 58 oppositely charged 58 silicon waveguide 58 cm ² 58 GaN wafers 58 granzyme B 58 #nm laser [001] 58 cathepsin B 58 phonons 58 magnetic particles 58 hydrolysis 58 carbon nanotube arrays 58 photomultiplier 58 CIGS Copper Indium 58 presynaptic 58 inelastic scattering 58 semiconducting nanotubes 58 optically pumped 58 dihydrogen 58 HRTEM 58 thermal conductance 58 avidin 58 graphene sheet 58 zinc oxide ZnO 58 nanoparticle arrays 58 valence band 58 graphite oxide 58 GaAs substrate 58 mannose 58 SAXS 58 transparent conductive coatings 58 chalcogenide glass 58 hyperfine 58 photonic bandgap 58 micelle 58 tyrosine phosphorylation 58 oxide semiconductor 58 fluorescence resonance energy 58 borane 58 fission yeast 58 magnesium ion 58 Tubulin 58 CuO 58 interphase 58 antireflection 58 spectroscopic methods 58 unconventional superconductivity 58 hexose 58 1μm 58 Figure 1C 58 Silicon Germanium 58 excitations 58 self assembled monolayers 58 fluorescence microscope 58 fibrillar 58 diffusivity 58 antimonide 58 focal adhesions 58 oxidative phosphorylation 58 polymerisation 58 nanodevice 58 adatoms 58 unreacted 58 planar waveguide 58 Nanostructures 58 ATP hydrolysis 58 magnetic nanoparticle 58 HEK# cells 58 lanthanum aluminate 58 layer graphene 58 tetrahedral 58 passivated 58 transparent electrodes 58 nanomolar 57 ERK1 2 57 condensin 57 amplitudes 57 ferroelectric materials 57 photocatalyst 57 synaptic vesicles 57 alkali metals 57 sodium atoms 57 agarose gel 57 GPa 57 divalent 57 nanochannel 57 fluorescence spectroscopy 57 Young modulus 57 recrystallization 57 asymmetric catalysis 57 phenylene 57 ATPase 57 nanomembranes 57 nonequilibrium 57 X ray absorption spectroscopy 57 thermally stable 57 metastable 57 supersolid 57 fluorescence 57 organometallic 57 lipid membrane 57 fig. S3 57 amino acid residues 57 Tunable 57 micropores 57 triphosphate 57 Ruthenium 57 methyltransferases 57 disulfide 57 k dielectric 57 dielectric constants 57 backscattered 57 pyroelectric 57 Figure 2a 57 Western blotting 57 iron pnictides 57 H#K#me# 57 sulfur atoms 57 indium gallium arsenide 57 graphitic carbon 57 #m Tc 57 piezoelectric crystals 57 microspheres 57 submicrometer 57 polypeptide 57 cationic lipid 57 Semiconducting 57 silica nanoparticles 57 micellar 57 Functionalized 57 MeV 57 β 57 walled carbon nanotube 57 collagen fibrils 57 #S proteasome 57 Extracellular 57 lithographic processes 57 nanofilm 57 NADPH 57 magnetic vortices 57 thermal annealing 57 Immunohistochemical analysis 57 oligonucleotide probes 57 Fig. 1C 57 electrophilic 57 photoelectron spectroscopy 57 GaN HEMTs 57 cell adhesion molecules 57 CMOS silicon 57 synchrotron X ray 57 Fig. 3b 57 nanosized 57 terahertz frequencies 57 dye sensitized cells 57 phytochrome 57 nucleic acid molecules 57 chiral compounds 57 ellipsoids 57 PDZ domain 57 Bose Einstein condensation 57 functionalization 57 laser interferometers 57 saturable 57 mRNA molecules 57 chalcogenides 57 superlenses 57 lysate 57 5μm 57 Photosystem II 57 icosahedral 57 adsorbed 57 photoelectrochemical 57 HOTAIR 57 nanostructured materials 57 Schematic representation 57 Carbon nanotube 57 Diels Alder reaction 57 aqueous solution 57 organic molecules 57 CMOS circuits 57 graphene membranes 57 nanosilicon 57 zeolites 57 GNRs 57 57 ultracold 57 collimated 57 extracellular 57 cuprate superconductors 57 orbitals 57 molecules adsorbed 57 magnetic excitations 57 colloidal quantum dots 57 IL #p# 57 depolarized 57 nanoelectronic devices 57 spectroscopic analysis 57 5' triphosphate 57 PIP3 57 vimentin 57 microwires 57 gallium indium arsenide 57 fluorescent dye molecules 57 conventional superconductors 57 gelation 57 bioimaging 57 polymeric materials 57 biophysical techniques 57 adsorption isotherms 57 dimers 57 cm -1 57 lanthanide 57 electron pairing 57 intermolecular 57 GAGs 57 electro optic modulator 57 nanolaser 57 nanomotors 57 Plasmonic 57 electron bunches 57 poly ethylene glycol 57 anodic 57 nanobubble 57 electron acceptor 57 copper oxides 57 TFTs 57 guanosine 57 crystallographic 57 Aerogels 57 deformable mirror 57 iron oxide nanoparticles 57 Nernst 57 coercivity 57 Metamaterials 57 nanomesh 57 fullerenes 57 microcapsule 57 Supplementary Figs 57 high temperature superconductors 57 graphane 57 electron scattering 57 polyethylene glycol PEG 57 cadmium sulphide 57 powder diffraction 57 carbon nanomaterial 57 lamellar 57 carborane 57 RecA 57 myofibroblasts 57 thermodynamic equilibrium 57 nanoelectromechanical 57 quantum metrology 57 nanoparticle 57 cytokeratin 57 MDCK cells 57 nucleolar 57 X ray pulses 57 azide 57 fluorescence emission 57 physico chemical properties 57 Josephson junction 57 Fig. 4a 57 ultrananocrystalline diamond 57 crystal lattices 57 isotope fractionation 57 nanotube sheets 57 zeolite membranes 57 syntaxin 57 vanadate 57 epithelia 57 chemiluminescence 57 photonic circuits 57 nanohorns 57 optical tweezers 57 LTPS TFT 57 antineutrino 57 electrochemical reactions 57 morphogen 57 covalent bond 57 hydrophobic molecules 57 magnon 57 hydrophobic surfaces 57 phonon 57 eutectic alloy 57 resonant cavity 57 magnesium diboride 57 m z 57 nucleons 57 phosphorus atom 57 silicon nanoparticles 57 CD1d 57 microbolometers 57 MOS transistor 57 hydrated electron 57 serine threonine 57 microbatteries 57 polynucleotides 57 thermodynamically stable 57 TGF ß 57 nanobubbles 57 silicon dioxide SiO2 57 crystalline Si 57 IR spectra 57 relativistic particles 57 cellularity 57 Fig. 4b 57 dsRNA 57 micron sized 57 InSb 57 topological insulator 57 optical microscopy 57 diffusible 57 helices 57 Spectroscopic 57 Femtosecond 57 colloidal crystal 57 peroxidase 57 Si PV 57 KaiC 57 ellipsometry 57 femtogram 57 millimeter wavelengths 57 nonpolar GaN 57 Microtubule 57 nanowire transistors 57 spintronic devices 57 microcantilevers 57 phospholipid membranes 57 plasmonic 57 ultracold molecules 57 HTS wires 57 antiferromagnets 57 apical membrane 57 diffusive 57 hydrogenase 57 metal ions 57 nanorings 57 emission spectroscopy 57 carbon nanotubes CNT 57 microdomains 57 SOI substrate 57 Gallium arsenide 57 femtosecond laser pulses 57 semiconducting nanowires 57 wavefunction 57 SiO 57 polymeric nanoparticles 57 substrate specificity 57 figs. 57 PBMCs 57 thiols 57 transfected cells 57 halides 57 organic photovoltaics 57 proteomic analysis 57 ferromagnetic materials 57 DFB lasers 57 NADH 57 tetramers

Back to home page