interfacial

Related by string. Interfacial * * Interfacial Catalysis . Interfacial Engineering . interfacial tension . interfacial layer . interfacial properties *

Related by context. All words. (Click for frequent words.) 69 hydrophobicity 68 intramolecular 67 chemical reactivity 66 intermolecular 65 crystallinity 64 nanometric 64 crystal lattice 64 dielectric 64 anisotropic 64 crystallites 64 antiferromagnetic 64 microcavities 63 macroscale 63 interatomic 63 monolayers 63 electron pairs 63 adsorption 63 manganite 63 uniaxial 63 lattice vibrations 63 wettability 63 anionic 63 supramolecular 63 bilayer 63 intermolecular interactions 63 ferromagnetic 63 electron electron 63 microscale 63 inhomogeneity 62 lattice mismatch 62 dielectrics 62 microstructural 62 reaction kinetics 62 micrometer scale 62 stoichiometry 62 SWCNT 62 graphene layers 62 van der Waals interactions 62 elastic modulus 62 compressive stress 62 lipid bilayer 62 van der Waals 62 antiferromagnets 62 dentinal 62 thermally activated 62 nonlinear optical 62 ferromagnet 61 intermetallic 61 monolayer 61 post perovskite 61 self assembled monolayer 61 ductility 61 tetrahedral 61 microstructures 61 magnetization reversal 61 dielectric layer 61 viscoelasticity 61 Young modulus 61 gelation 61 SiO 2 61 nanodroplets 61 bilayers 61 eutectic 61 colloidal particles 61 disulfide bonds 61 antibody antigen 61 conduction electrons 61 extracellular proteins 61 thermal decomposition 61 gate electrode 61 donor acceptor 61 redox reactions 61 steric 61 nanoporous 61 electrically insulating 61 rheological 61 tensile stress 61 interparticle 61 strontium titanate 60 epitaxial layer 60 conductivity 60 correlated electron 60 crystallographic 60 thermo mechanical 60 nanochannels 60 exciton 60 crystalline lattice 60 heavy fermion 60 ferroelectricity 60 interfacial tension 60 substrate 60 isotropic 60 diffusive 60 polaritons 60 shear modulus 60 graphene sheets 60 electron scattering 60 lipid membranes 60 chemically reactive 60 topological insulators 60 supersolid 60 alkynes 60 nucleation 60 gate dielectrics 60 tribological 60 intermolecular forces 60 catalytic reactions 60 iron pnictides 60 compressive strain 59 mesoscopic 59 crosslinking 59 bosonic 59 ultracold molecules 59 nanoscopic 59 sorption 59 nanometer scale 59 ferromagnetism 59 heterojunctions 59 quasiparticles 59 nanostructure 59 solvation 59 microporous 59 actin filament 59 nanoscale 59 interconversion 59 plasmon 59 flexural 59 cadherins 59 polycrystalline 59 polariton 59 paramagnetic 59 phonon 59 van der Waals forces 59 hydrophobic interactions 59 biomolecule 59 topological 59 dielectric constant 59 metallic nanostructures 59 self assembled monolayers 59 thermal conductivities 59 electron density 59 MWNT 59 cementite 59 electromigration 59 retained austenite 59 nanoscale dimensions 59 toroid 59 microchannels 59 covalent bonding 59 oppositely charged 59 covalent bond 59 dimensional nanostructures 59 focal adhesions 59 nanostructured surfaces 59 dissipative 58 interfacial layer 58 biological molecules 58 crystal lattices 58 anodic 58 colloidal 58 quantum criticality 58 functionalization 58 electrostatic interactions 58 mesoporous 58 gold nanoclusters 58 nanosized 58 polymeric 58 nanotube 58 titania 58 thermal conductivity 58 macroscopic 58 nanorod 58 hexamers 58 nanomechanical 58 helices 58 nonequilibrium 58 oligomer 58 oscillatory 58 topological defects 58 carbene 58 cobalt atoms 58 QDs 58 isotope fractionation 58 dispersive 58 conformational changes 58 SWNTs 58 F actin 58 GPa 58 dopant 58 dewetting 58 thiol 58 polymer membranes 58 ZnO 58 nanostructured materials 58 hydrophobic surfaces 58 microcavity 58 block copolymer 58 covalent bonds 58 nonlinearity 58 rheology 58 submicron 58 vibrational modes 58 endonuclease 58 diamagnetic 58 silicon atoms 58 nonmagnetic 58 enthalpy 58 zinc ions 58 electrical conductivity 58 dielectric materials 58 quasiparticle 58 thermodynamic properties 58 osmotic pressure 58 finely dispersed 58 photochemical reactions 58 dipolar 58 physicochemical 58 SWNT 57 dopant atoms 57 epoxide 57 chemisorption 57 dipole moment 57 deformability 57 martensite 57 orbitals 57 NiSi 57 colloidal crystals 57 nanowire 57 nanoelectromechanical systems 57 semiconducting 57 electron tunneling 57 silicide 57 TiO 2 57 CdSe 57 electronic excitations 57 conjugated polymers 57 MOS transistors 57 polymerization 57 ceria 57 electrochemical 57 reactants 57 cadmium selenide 57 lamellae 57 tetrahedra 57 weakly interacting 57 boron nitride 57 intermetallic compounds 57 birefringence 57 macrocycle 57 deformation 57 antiparallel 57 flowability 57 solutes 57 superfluids 57 electron doped 57 magnetisation 57 ZnS 57 conductance 57 elastic deformation 57 vesicle fusion 57 dopants 57 nonpolar 57 heterostructures 57 photocatalysis 57 metastable 57 thermomechanical 57 lubricin 57 membrane 57 membrane lipids 57 hydrophobic 57 nanostructures 57 heterogeneous catalysts 57 nMOS 57 microstructured 57 complexation 57 SWCNTs 57 perovskite 57 SiO2 57 patterning technique 57 collagen fibrils 57 absorption spectra 57 adsorbate 57 protonated 57 lattice parameter 57 subnanometer 57 setae 57 metal ions 57 alkane 57 nanostructuring 57 kcal mol 57 semiconductor nanostructures 57 PZT 57 interfacial properties 57 fermion 57 spherical particles 57 silicon Si 57 aperiodic 57 dimer 57 resonant frequencies 57 recrystallization 57 elastic moduli 57 coiled coil 57 electrostatic attraction 57 nanocrystal 57 nanodiamond 57 atomically thin 57 YBCO 57 microfluidic channels 57 surface roughness 57 electroless copper 57 ferroelectric 57 actin filaments 56 hydrides 56 vanadium dioxide 56 delocalized 56 surface plasmon resonance 56 vanadium oxide 56 impurity atoms 56 alkene 56 CMOS transistors 56 intergranular 56 quasicrystal 56 heterostructure 56 oxide layer 56 ferromagnetic materials 56 epitaxial 56 isomeric 56 thermal gradients 56 ferroelectrics 56 undoped 56 photochemistry 56 anion 56 bismuth telluride 56 wettable 56 presynaptic 56 silicon substrate 56 silicon nitride 56 thermally induced 56 Si substrate 56 catalytically active 56 polymer membrane 56 trabecular 56 AlGaN 56 pore sizes 56 anisotropy 56 block copolymers 56 calcite crystals 56 photonic crystal 56 nonconducting 56 weldability 56 graphite oxide 56 proteolysis 56 montmorillonite 56 quantum oscillations 56 polymer nanofibers 56 crystalline solids 56 dihydrogen 56 delaminations 56 oligomeric 56 vibrationally excited 56 nucleons 56 sulfonated 56 collagen fibers 56 graphane 56 optically transparent 56 spheroidal 56 dielectric breakdown 56 crystalline structure 56 semiconducting nanowires 56 refractive index 56 heterogeneous catalysis 56 AlGaN GaN 56 transmembrane 56 HfO2 56 Schottky barrier 56 inhomogeneities 56 circular dichroism 56 MWNTs 56 multiscale 56 plasmonic 56 sol gel 56 anions 56 polymer nanocomposites 56 electrical resistivity 56 quasicrystals 56 cathodic 56 thermal diffusivity 56 nanoparticle arrays 56 PbS 56 proteinaceous 56 poly L lysine 56 chromatin structure 56 modulus 56 decoherence 56 capillary 56 spectroscopic analysis 56 gate dielectric 56 microstructure 56 crosslinked 56 protein adsorption 56 zeolites 56 LiNbO3 56 spherical particle 56 DFT calculations 56 superlattice 56 electrostatic repulsion 56 magnetization 56 agglomerates 56 cyclization 56 pentacene 56 liquid crystalline 56 nanofilm 56 thermodynamically stable 56 biaxial 56 homopolymer 56 micrometer sized particles 56 cellular membranes 56 cuticular 56 disulfide bond 56 nanofabricated 56 pMOS 56 coercivity 56 plasmons 56 triangular lattice 56 heterogeneities 56 submicrometer 56 hydrodynamic 55 thermally stable 55 atomically smooth 55 macromolecules 55 SiO 55 polydimethylsiloxane 55 fibril 55 electrical conductance 55 myosin VI 55 lipid bilayers 55 tetramer 55 immiscible 55 Fig. 1a 55 surfactant molecules 55 planarity 55 cuprate 55 physiochemical 55 nitride layer 55 cuprate superconductors 55 Raman scattering 55 fig. S3 55 moisture absorption 55 macromolecule 55 nanocrystalline 55 fibrillar 55 nucleating 55 magnetosomes 55 X ray scattering 55 phospholipid membranes 55 nanotubes nanowires 55 nanosheets 55 bandgap 55 polymer matrix 55 concentration gradient 55 wavefunction 55 fermionic 55 elastic fibers 55 electrically conductive 55 Alternative splicing 55 ligand receptor 55 excitons 55 hydrophilic polymer 55 nanomesh 55 adsorbed 55 AlN 55 chlorosome 55 particle morphology 55 ARPES 55 cycloaddition 55 parasitic capacitance 55 helicity 55 nanoribbon 55 lanthanum aluminate 55 amide 55 chirality 55 Raman spectra 55 compressibility 55 Nernst 55 hydrolysis 55 protein conformation 55 sulfur atoms 55 unconventional superconductivity 55 epitaxial graphene 55 epoxy matrix 55 dielectric layers 55 hysteresis 55 physico chemical properties 55 epitaxial layers 55 ionic conductivity 55 hafnium oxide 55 germanium silicon 55 nanometer sized 55 photosynthetic apparatus 55 viscoelastic properties 55 crosslinks 55 annealing temperature 55 colloid 55 macroscopically 55 nanobelts 55 nanomembranes 55 bilayer graphene 55 micellar 55 proteolytic 55 hyperfine 55 radical polymerization 55 photoemission 55 spectrin 55 magnetic bead 55 semiconducting properties 55 viscoelastic 55 leakage currents 55 supramolecular structures 55 nucleate 55 nanocages 55 alkenes 55 frictional heating 55 extracellular 55 functionalized 55 nano scale 55 intercellular 55 carbides 55 Fig. 2b 55 hydroxide ions 55 cationic 55 macromolecular 55 electrophilic 55 cadmium sulfide 55 nanolayers 55 martensitic 55 inhomogeneous 55 nanoscale phenomena 55 disulfide 55 excitonic 55 membrane fusion 55 spectroscopic techniques 55 osteoconductive 55 clathrate 55 micropores 55 agarose 55 photoluminescence 55 phonons 55 electrospray 55 quantum mechanically 55 nanostructural 55 austenite 55 photoconductive 55 COFs 55 graphene electrons 55 graphene sheet 55 figs. 55 valence electrons 55 Bose Einstein condensates 55 yttrium barium copper 55 protein complexes 55 Ca2 + 55 polymerisation 55 molecular interactions 55 frictional resistance 55 subwavelength 55 calcium fluoride 55 electron proton 55 superparamagnetic 55 liquid electrolyte 55 rubidium vapor 55 nanodots 55 dimensional electron 55 hydrogen ions 55 peroxynitrite 55 nanofibres 55 lipid membrane 55 pn junction 55 epitaxially 55 micelle 55 methanogenesis 55 selenide 55 magnetic dipole 55 mitotic spindle 55 piezoelectric properties 55 quinone 55 magnetic excitations 55 carbonyl 55 tetragonal 55 superfluid 55 fig. S1 54 thermal insulator 54 adiabatic 54 #BP# 54 Zeolites 54 cleavable 54 magnesium ions 54 velocity dispersion 54 gold nanocluster 54 zero valent iron 54 electrophoretic 54 ohmic 54 oxygen ions 54 trimers 54 asparagine 54 pearlite 54 resonators 54 Schematic illustration 54 polymer 54 zinc oxide ZnO 54 defoaming 54 crystallite 54 Fig. 3b 54 rheometer 54 micrometer sized 54 magnon 54 graphene 54 dielectric constants 54 rheological properties 54 THz radiation 54 TappingMode 54 electrodynamics 54 metallic nanoparticles 54 stomatal 54 nanoindentation 54 bismuth ferrite 54 ZnO nanowires 54 biological macromolecules 54 polyelectrolyte 54 quantum correlations 54 Mg Fe 54 Mott insulator 54 1μm 54 barium titanate 54 Bragg grating 54 EF Tu 54 electron mobility 54 nanotube arrays 54 scanning tunneling microscopy 54 sodium ions 54 overmolding 54 deuterated 54 morphogens 54 nanocomposites 54 multiferroic 54 chemically bonded 54 fluorescence intensity 54 nano crystals 54 ultracold atoms 54 nanowires 54 viscous fluids 54 hydrophilic 54 osseointegration 54 friction coefficients 54 nanocomposite material 54 thermal conductance 54 ultracold 54 electrons behave 54 protein filaments 54 dimeric 54 chlorine atom 54 nanotubes 54 boron carbide 54 silicon substrates 54 photoconversion 54 MWCNT 54 electromagnetic coupling 54 bandgaps 54 KaiC 54 semiconductor nanocrystals 54 CD1d 54 interphase 54 palladium nanoparticles 54 heterojunction 54 fibronectin 54 graphene nanoribbons 54 electroactive 54 flexural modulus 54 biominerals 54 basaltic rocks 54 microcapsules containing 54 GaP 54 planar 54 silica microspheres 54 frictional 54 biofilm matrix 54 optical resonator 54 wafer thickness 54 ssDNA 54 radiative 54 solder bumps 54 dynamical 54 piezoelectric materials 54 ε 54 GAGs 54 low k dielectric 54 cell adhesion 54 thermodynamically 54 cohesin 54 redox 54 photostability 54 hydride 54 electrochemical capacitors 54 polyhedral 54 nanofilms 54 electrospinning 54 inorganic ions 54 magnesium ion 54 stereochemical 54 Josephson junctions 54 hydrogens 54 electron pairing 54 bipyridine 54 stoichiometric 54 particle sizing 54 boron nitride nanotubes 54 Fig. 4B 54 ammonium ions 54 hydroxyl radicals 54 voltage divider 54 analyte 54 nanopillars 54 oxygen atoms 54 monomers 54 Supplementary Fig 54 equilibration 54 magnetoresistance 54 stilbene 54 superlattices 54 synthases 54 lithium atoms 54 Fig. 1D 54 electrostatics 54 nanomechanics 54 diffraction grating 54 electromechanical coupling 54 thixotropic 54 microfluidic chips 54 intercellular signaling 54 microchannel 54 μm thick 54 diene 54 supercritical carbon dioxide 54 x ray scattering 54 solder paste printing 54 microfabricated 54 floc 54 nanostructured 53 cryo EM 53 diffusion coefficient 53 polymers 53 inelastic scattering 53 angiotensinogen 53 substituents 53 silicate minerals 53 Fig. 1b 53 colloidal crystal 53 Semiconducting 53 optical lattices 53 nitrogenase 53 walled carbon nanotube 53 titin 53 K dielectrics 53 nanolayer 53 solitons 53 microcrystalline 53 amorphous silica 53 mesoporous silica 53 FtsZ 53 ab initio calculations 53 superlens 53 ATP hydrolysis 53 viscosity 53 photoelectrochemical 53 diffusion coefficients 53 photobleaching 53 imine 53 asymmetric catalysis 53 molecular sieves 53 atoms 53 FinFETs 53 enzymatic pathways 53 tensile strain 53 Coulomb blockade 53 colloidal suspensions 53 depolymerization 53 lithosphere 53 anomalous dispersion 53 PLLA 53 physico chemical 53 optical lattice 53 polybutadiene 53 thermal conduction 53 indium arsenide 53 surface plasmon 53 actin binding 53 desorption 53 supercurrent 53 sulfur atom 53 Fig. 1A 53 nanocluster 53 photocurrent 53 aqueous solution 53 supercritical fluid 53 nanoribbons 53 InAs 53 oligomerization 53 geometries 53 electrochemically 53 nacre 53 dielectric permittivity 53 fermionic atoms 53 cobalt atom 53 membranes 53 boron atoms 53 toroids 53 processability 53 Fig. 1c 53 calcium ions 53 microcantilever 53 Bose Einstein condensation 53 reduced graphene oxide 53 nucleosome 53 boron oxide 53 GaN layer 53 site directed mutagenesis 53 spallation 53 fullerene 53 superhydrophobic surfaces 53 silicon oxide 53 photon energies 53 colloidal suspension 53 workpiece 53 photosystems 53 nitration 53 ionic liquid 53 hydroxyapatite 53 σ 53 Shewanella 53 thiols 53 nucleon 53 silicon dioxide SiO2 53 nonlinear optics 53 Bose Einstein Condensate 53 Fig. 1C 53 actinide 53 PEDOT PSS 53 metallic ions 53 monodisperse 53 phagocytosis 53 chalcogenides 53 polymer scaffolds 53 thermodynamic 53 diamond anvil 53 6S RNA 53 osmium 53 hexamer 53 hygroscopic 53 multilayers 53 x ray diffraction 53 proton pump 53 nitrogenous 53 Fig. 2a 53 photochemical processes 53 acrylic polymers 53 quantum metrology 53 coplanar 53 FinFET 53 nanocrystals 53 Carbon nanotube 53 electrostatic 53 nanomagnets 53 oxidative phosphorylation 53 graphitic 53 x ray absorption spectroscopy 53 porous membrane 53 equilibrated 53 nanocoatings 53 membrane proteins 53 solubility 53 inorganic compounds 53 transparent conductive coatings 53 photosystem II 53 icosahedral 53 lipid molecules 53 RecA 53 circumstellar 53 overlying layers 53 nanoprobe 53 quantum tunneling 53 radiative recombination 53 sodium atoms 53 micromechanical 53 polymerize 53 posttranslational 53 SNARE proteins 53 excitations 53 electron spins 53 ZnSe 53 vibrational spectroscopy 53 fluid viscosity 53 crustal 53 electrically conducting 53 nitrogen atoms 53 piezoresistive 53 high temperature superconductivity 53 galvanic corrosion 53 paracellular 53 membrane permeability 53 compressive stresses 53 diffusible 53 acyclic 53 electrospray mass spectrometry 53 Auger recombination 53 sulfidic 53 permittivity 53 Runx2 53 coexpression 53 zinc sulfide 53 topological insulator 53 tropomyosin 53 thermodynamic stability 53 silicon nanowire 53 P3HT 53 silica spheres 53 selectivities 53 nanoclusters 53 polymeric membrane 53 atomic lattice 53 toroidal 52 Dirac fermions 52 γ 52 chalcogenide 52 electron positron pairs 52 fluorescence spectroscopy 52 nanoscale structures 52 valence electron 52 physicochemical properties 52 fibrils 52 resistive element 52 fig. S2 52 conductive 52 aragonite 52 chondrules 52 compressible 52 fluorescence resonance energy 52 pyrophosphate 52 morphologies 52 polypeptide chain 52 conventional superconductors 52 ligand binding 52 Thermus thermophilus 52 emulsion droplets 52 resonance frequency 52 rotaxanes 52 antireflective coatings 52 graphene membranes 52 membrane pores 52 nanosized particles 52 Van der Waals 52 radiative transfer 52 collagenous 52 biomineralization 52 W bosons 52 colloidal nanocrystals 52 macromolecular complexes 52 enzymes catalyze 52 UVTP 52 pentacene molecule 52 morphology 52 thermodynamic equilibrium 52 mitochondrial membranes 52 PDZ domains 52 vesicle 52 warpage 52 pore spaces 52 tensor 52 diffraction pattern 52 uracil 52 CeO 2 52 aluminum gallium nitride 52 APTIV film 52 dimers 52 filamentary 52 transduction 52 conductivities 52 functionalised 52 occludin 52 θ 52 silicate 52 cortical bone 52 antireflection 52 infrared laser beam 52 PEDOT 52 biomolecules 52 porphyrin 52 capacitances 52 atomistic 52 impermeability 52 alkyl

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